V10/cmd/tbl/samples.a
!<arch>
sample01 251060077 3 3 100664 350 `
.nf
.TS
n1 n1 n1
.
1.2 1.3 1.4
1.23 2.34 4.56
AB DE FG HIJ
23 12 0 3
.TE
.sp 2
.TS
l1 l1 l1.
the quick brown
fox jumps over
the lazy dog
.TE
.sp 2
.TS
r1 r1 r1.
pack my box
with five dozen
liquor jugs
.TE
.sp 2
.TS
n1 n1.
HO 543
PY 62
GC 782
.TE
.sp 2
.TS
n1 n1.
.23 ABC
.34 DEF
.4 GH
.TE
.sp 2
.TS
r1 n1 n1.
23 HO 6A-511
34 MH 6G-222
4 WH 43A2
.TE
sample02 251060077 3 3 100664 303 `
.nf
this is
some unfilled text
.TS
c s s
c c s
c s c
n n n.
Long title
left long right
long left right
12.23 23.34 45.67
.012 .234 .890
12 345 1222
how now brown
cow
.TE
.sp
this is
more unfilled
text.
.sp2
.TS
box;
c s s s
c |c c |c
c |c |c c.
Title...
_
12 34 56 78
_
21 43 65 87
13 24 35 46
.TE
sample03 251060078 3 3 100664 809 `
.nf
.sp 2
.TS
box;
c c c
l l l.
four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
.TE
.sp 2
.TS
allbox;
c s s
c c c
n n n.
Macbeth
Act Scene Line
1 2 3
1 2.1 3.4
1 4.3 12
1 5 19.23
2 5 0.1
3 10 xxx
3 10 10
10 2.2
.TE
.sp
.TS
box;
c s s
c |c |c
l |l |n.
Bell System JSPEC
=
Part Date Usage
_
how January 250
where February 125
_
30
Description March _
200
_
xxx yyy Zzz
abc def 12
.TE
.sp
.TS
box;
c s s
c | c | c
c | c c.
Confusion
=
Abc Def Ghi
_ _
JK LM NO
P Q R
.TE
.sp
.TS
box;
l l l
l l -
l l | l
l l -
l l l.
january february march
april may
june july august
september october
november december january
.TE
.sp
.TS
box;
l l |l
l - |=
l l |l
= l |-
l |l |l
l - |l.
four score and
seven
years ago our
fathers brought
forth on this
continent a
.TE
sample04 251060078 3 3 100664 1214 `
.if t .ll 3.4i
.sp 2
.fi
hoboken harrison newark roseville avenue grove street
east orange brick church orange highland avenue
mountain station south orange maplewood millburn short hills
summit chatham madison convent station morristown
new providence murray hill berkeley heights
gillette stirling millington lyons basking ridge
bernardsville far hills peapack gladstone
.TS
center;
c s s
n n n.
Statistics
100 200 300
25 37 48
1000 23 4
+3 -5 +4
-3h 23 33
75 90 20
_
1000 2000 800
.TE
.sp
.TS
center, box;
c s s
n n n.
Statistics
100 200 300
25 37 48
1000 23 4
+3 -5 +4
-3h 23 33
75 90 20
_
1000 2000 800
.TE
.sp 2
.TS
expand;
c s s
n n n.
Statistics
100 200 300
25 37 48
1000 23 4
+3 -5 +4
-3h 23 33
75 90 20
_
1000 2000 800
.TE
.sp 2
.TS
allbox, expand;
c s s
n n n.
Statistics
100 200 300
25 37 48
1000 23 4
+3 -5 +4
-3h 23 33
75 90 20
_
1000 2000 800
.TE
hoboken harrison newark roseville avenue grove street
east orange brick church orange highland avenue
mountain station south orange maplewood millburn short hills
summit chatham madison convent station morristown
new providence murray hill berkeley heights
gillette stirling millington lyons basking ridge
bernardsville far hills peapack gladstone
.sp
sample05 251060078 3 3 100664 972 `
.sp 2
.if t .ll 3.4i
hoboken harrison newark roseville avenue grove street
east orange brick church orange highland avenue
mountain station south orange maplewood millburn short hills
summit chatham madison convent station morristown
new providence murray hill berkeley heights
gillette stirling millington lyons basking ridge
bernardsville far hills peapack gladstone
.sp
.TS
leB le le.
short enormouslylong short
tiny veryverylong eee
x x x
.TE
.sp
.TS
expand;
le le le.
short enormouslylong short
tiny veryverylong eee
x x x
.TE
.nf
.sp
.TS
c c c s c s
cB c c c c c
l n n n n nI .
~ ~ -lys +lys
Ingredients %lys % %lys % %lys
Sesame meal 1.30 25 .325 35 .325
Soybean flour 1.20 36 .200 15 .200
.TE
.fi
.TS
allbox;
l l l.
This is a
table of simple
words T{
.ll 1i
This is a paragraph to be inserted
into the table at some point
which seems convenient
to the program.
T} last
another at T{
.ll 1i
the end of the line
to be detected and
inserted.
T}
very last line
.TE
sample06 251060078 3 3 100664 5072 `
.nf
This is a very long table
to test the overflow options.
.TS
c s s
l l l.
Heading here
Four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
seven years ago
our fathers brought
line100
forth on this
continent a new
nation conceived in
liberty and dedicated
.TC
c s s
r r r
l l l.
Gettysburg-Address
4 June 1863
to the proposition
that all men
are created equal
Four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
seven years ago
line200
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
line250
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
Line below coming
_
Line was above
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
Four score and
seven years ago
our fathers brought
forth on this
continent a new
nation conceived in
liberty and dedicated
to the proposition
that all men
are created equal
.TE
that's all folks.
sample07 251060079 3 3 100664 973 `
.nf
.sp 2
.TS
allbox;
l l l l l l l l.
000 nul 001 soh 002 stx 003 etx 004 eot 005 enq 006 ack 007 bel
010 bs 011 ht 012 nl 013 vt 014 np 015 cr 016 so 017 si
020 dle 021 dc1 022 dc2 023 dc3 024 dc4 025 nak 026 syn 027 etb
030 can 031 em 032 sub 033 esc 034 fs 035 gs 036 rs 037 us
040 sp 041 ! 042 " 043 # 044 $ 045 % 046 & 047 '
050 ( 051 ) 052 * 053 + 054 , 055 - 056 . 057 /
060 0 061 1 062 2 063 3 064 4 065 5 066 6 067 7
070 8 071 9 072 : 073 ; 074 < 075 = 076 > 077 ?
100 @ 101 A 102 B 103 C 104 D 105 E 106 F 107 G
110 H 111 I 112 J 113 K 114 L 115 M 116 N 117 O
120 P 121 Q 122 R 123 S 124 T 125 U 126 V 127 W
130 X 131 Y 132 Z 133 [ 134 \e 135 ] 136 ^ 137 _
140 ` 141 a 142 b 143 c 144 d 145 e 146 f 147 g
150 h 151 i 152 j 153 k 154 l 155 m 156 n 157 o
160 p 161 q 162 r 163 s 164 t 165 u 166 v 167 w
170 x 171 y 172 z 173 { 174 | 175 } 176 ~ 177 del
.TE
sample08 251060079 3 3 100664 175 `
.sp 1
.TS
c s c
c c c
n n n.
Left Heading Right
HA HB HC
KA KB KC
1.23 45.6 7.89
.TE
.sp 2
.TS
expand;
c c
n n.
H1 H2
1 2
.TE
.sp 2
.TS
box;
c c.
.ps 10
How Now
Brown Cow
.TE
sample09 251060079 3 3 100664 4077 `
.EQ
delim $$
.EN
.LP
.ce
.ul
TABLE 12.1
.ce
SAMPLING DISTRIBUTIONS OF $y bar$, $y hat sub med$, $y hat sub w$
.ce
[3 from 8 Taxpayers]
.sp
.ls 1
.TS
c c c c c
c c c c c
n n n n n .
SAMPLE SAMPLED $y bar$ $y hat sub med$ $y hat sub w$
NUMBER TAXPAYERS
1 1 2 3 66.67 68.00 67.33
55 5 7 8 112.00 116.00 114.00
56 6 7 8 116.00 116.00 116.00
TOTAL 5124.00 5052.00 5088.00
EXPECTATION 91.50 90.21 90.87
VARIANCE 122.76 211.26 153.97
.TE
.ls 2
.PP
First notice that the expectation of $y hat sub med$ is
samples of size 3 from the complete population.
.ce
.ul
TABLE 12.2
.ce
SAMPLING DISTRIBUTION OF $y bar$, $y hat sub med$, $y hat sub w$, $y hat sub A$
.ce
[3 Taxpayers from 9]
.sp
.ls 1
.TS
c c c c c c
c c c c c c
n n n n n n .
SAMPLE SAMPLED $y bar$ $Y hat sub med$ $y hat sub w$ $y hat sub A$
NUMBER TAXPAYERS
1 1 2 3 66.67 68.00 67.33 71.67
2 1 2 4 75.33 72.00 73.67 80.33
3 1 2 5 74.00 72.00 73.00 79.00
4 1 2 6 78.00 72.00 75.00 83.00
5 1 2 7 82.67 72.00 77.33 87.67
6 1 2 8 87.33 72.00 79.67 92.33
7 1 2 9 110.67 72.00 91.33 110.67
8 1 3 4 74.00 68.00 71.00 79.00
9 1 3 5 72.67 68.00 70.33 77.67
10 1 3 6 76.67 68.00 72.33 81.67
11 1 3 7 81.33 68.00 74.67 86.33
12 1 3 8 86.00 68.00 77.00 91.00
13 1 3 9 109.33 68.00 88.67 109.33
14 1 4 5 81.33 90.00 85.67 86.33
15 1 4 6 85.33 94.00 89.67 90.33
16 1 4 7 90.00 94.00 92.00 95.00
17 1 4 8 94.67 94.00 94.33 99.67
18 1 4 9 118.00 94.00 106.00 118.00
19 1 5 6 84.00 90.00 87.00 89.00
20 1 5 7 88.67 90.00 89.33 93.67
21 1 5 8 93.33 90.00 91.67 98.33
22 1 5 9 116.67 90.00 103.33 116.67
23 1 6 7 92.67 102.00 97.33 97.67
24 1 6 8 97.33 102.00 99.67 102.33
25 1 6 9 120.67 102.00 111.33 120.67
26 1 7 8 102.00 116.00 109.00 107.00
27 1 7 9 125.33 116.00 120.67 125.33
28 1 8 9 130.00 130.00 130.00 130.00
29 2 3 4 78.00 72.00 75.00 78.00
30 2 3 5 76.67 72.00 74.33 76.67
31 2 3 6 80.67 72.00 76.33 80.67
32 2 3 7 85.33 72.00 78.67 85.33
33 2 3 8 90.00 72.00 81.00 90.00
34 2 3 9 113.33 72.00 92.67 108.33
35 2 4 5 85.33 90.00 87.67 85.33
36 2 4 6 89.33 94.00 91.67 89.33
37 2 4 7 94.00 94.00 94.00 94.00
38 2 4 8 98.67 94.00 96.33 98.67
39 2 4 9 122.00 94.00 108.00 117.00
40 2 5 6 88.00 90.00 89.00 88.00
41 2 5 7 92.67 90.00 91.33 92.67
42 2 5 8 97.33 90.00 93.67 97.33
43 2 5 9 120.67 90.00 105.33 115.67
44 2 6 7 96.67 102.00 99.33 96.67
45 2 6 8 101.33 102.00 101.67 101.33
46 2 6 9 124.67 102.00 113.33 119.67
47 2 7 8 106.00 116.00 111.00 106.00
48 2 7 9 129.33 116.00 122.67 124.33
49 2 8 9 134.00 130.00 132.00 129.00
50 3 4 5 84.00 90.00 87.00 84.00
51 3 4 6 88.00 94.00 91.00 88.00
52 3 4 7 92.67 94.00 93.33 92.67
53 3 4 8 97.33 94.00 95.67 97.33
54 3 4 9 120.67 94.00 107.33 115.67
55 3 5 6 86.67 90.00 88.33 86.67
56 3 5 7 91.33 90.00 90.67 91.33
57 3 5 8 96.00 90.00 93.00 96.00
58 3 5 9 119.33 90.00 104.67 114.33
59 3 6 7 95.33 102.00 98.66 95.33
60 3 6 8 100.00 102.00 101.00 100.00
61 3 6 9 123.33 102.00 112.67 118.33
62 3 7 8 104.67 116.00 110.33 104.67
63 3 7 9 128.00 116.00 122.00 123.00
64 3 8 9 132.67 130.00 131.33 127.67
65 4 5 6 95.33 94.00 94.67 95.33
66 4 5 7 100.00 94.00 97.00 100.00
67 4 5 8 104.67 94.00 99.33 104.67
68 4 5 9 128.00 94.00 111.00 123.00
69 4 6 7 104.00 102.00 103.00 104.00
70 4 6 8 108.67 102.00 105.33 108.67
71 4 6 9 132.00 102.00 117.00 127.00
72 4 7 8 113.33 116.00 114.67 113.33
73 4 7 9 136.67 116.00 126.33 131.67
74 4 8 9 141.33 130.00 135.67 136.33
75 5 6 7 102.67 102.00 102.33 102.67
76 5 6 8 107.33 102.00 104.67 107.33
77 5 6 9 130.67 102.00 116.33 125.67
78 5 7 8 112.00 116.00 114.00 112.00
79 5 7 9 135.33 116.00 125.67 130.33
80 5 8 9 140.00 130.00 135.00 135.00
81 6 7 8 116.00 116.00 116.00 116.00
82 6 7 9 139.33 116.00 127.67 134.33
83 6 8 9 144.00 130.00 137.00 139.00
84 7 8 9 148.67 130.00 139.33 143.67
TOTAL 8698.67 8026.00 8362.33 8698.67
MEAN 103.56 95.55 99.55 103.56
VARIANCE 405.32 314.51 318.63 301.12
.TE
.ls 2
.PP
In summary, the variance results are,
sample10 251060079 3 3 100664 4793 `
.EQ
delim $$
.EN
.SH
7K. A 2-section example
.PP
Let us turn back to suspended deposits as given in exhibit 8.
We need something like logs to make the sizes of residuals
about the same. Exhibit
.B
32
.R
lists the 3R smooth of the logs, and its rough,
and gives the stem-and-leaf and modified letter
values -- both for residuals and for their SIZES --
doing this first for all years
and then for two groups of years. Clearly,
the residuals are bigger for the second group of years,
the comparison being
.KS
.in 1i
.TS
box;
c c s c s
c c c c c
n n n n n .
Spreads Sizes
*Hspr *Espr *M *H
1921-44 19h 50 8 23h
1948-67 53 97 34 80
.TE
.in 0
.KE
The apparent ratio of sizes varies from 2:1 to 4:1.
.PP
Exhibit
.B
33
.R
shows the corresponding plot, with the rough
supporting the smooth. Here we have used two lengths of
bars, one for each group of years. The result is quite effective.
.ce
* review questions for 7K *
.PP
What did we take as an example? How many sections
seemed needed? How did the sizes behave?
.ls 1
.ce 4
exhibit 32 of chapter 7+ -- suspended depostis
.br
The 3R smooth of the logs of suspended deposits and
.br
the corresponding residuals
.br
(deposits in 100 log of millions of dollars)
.LP
A) The SMOOTH and the ROUGH
.KS
.TS
allbox;
c c c c c c c
c c c c c c c
n r l n n n n .
Susp.
Date deposits 3R Rough Size F G
1951 49 15 34 34
2 15 49,46 -31 31
3 165 46,49 116 116 F G
4 46 81 -35 35
55 81 81 z
6 108 108 z
7 111 108 3 3
8 80 80 z
9 30 80 -50 50 F
60 90 88 2 2
1 88 88 z
2 88 88 -80 80 F
3 136 134 2 2
4 134 136,134 z
65 165 134 31 31
6 -15 107 -122 122 F
7 107 107 z
.TE
.KE
.nf
L = "lower still" entered as the log of zero
G = "F" for analysis of panel E
.fi
.LP
B) STEM-and-LEAF for ALL residuals
.KS
.TS
n l .
_
3 H|(71,H,116)((?))
_
4 5|6
_
5 4|2
_
8 3|041
2|
_
10 1|47
_
14 0|9322
_
19 Z|0000000000000000000
_
12 -0|4584
_
8 -1|5
-2|
_
7 -3|415
-4|
_
4 -5|0
_
3 L|(L,3,-80,-122)((?))
_
.TE
.KE
.LP
C) *LETTER VALUES WITHOUT and WITH ?'s for ALL residuals
.KS
.TS
box;
c c s s c c s s
n n n n n n n n .
*#35h (zeroes/2,no?) #37h (zeroes/2,yes?)
=
*M18 0 M19 (18) 0
*H 9h 15h -11h H10 (9) 17 -8
*E 5 42 -35 E 5h(4h) 49 -42
.TE
.KE
.KS
.TS
c c s s c c s s
l l l l l l l l .
27 gives 40h 25 gives 37h
F 56 -52 F 54h -45h
FF 96h -92h FF 92 -83
.TE
.KE
.KS
.TS
allbox;
c c c c
r r r r .
outside: 71,116,H outside: 56,71,116,H,?
and: -80,-122,L and: -50,-80,-122,L,?
far-out: 116,H,-122,L far-out: 116,H,?,-122,L,?
.TE
.KE
.sp
Note that counts in (B) omit ?'s, hence the change
when ?'s are no longer omitted.
.LP
D) STEM-and-LEAF and *-LETTER VALUE for SIZES of ALL RESIDUALS
.KS
.TS
allbox;
c c
n l .
Left Right
=
8 H|(71,116,H,80,122,L,?,?)
10 5|06
11 4|2
17 3|011445
20 1|457
28 0|22344589
19 z|0000000000000000000
.TE
.KE
.sp
*median = 16 (at depth 18h, since * = 36h)
.LP
E) STEM-and-LEAF and LETTER-VALUE for 1921-45 and 1948-67
.KS
.ce 1000
.TS
c s c s
n l n l .
1921-45 1948-67
1 H|(71) 2 H|(H,116)
2 5|6 5|
3 4|2 4|
4 3|0 4 3|41
2| 2|
6 1|47 1|...
7 0|9 7 0|322
12 z|000000000000 6 z|000000
6 -0|4584 -0|
2 -1|5 -1|
-2| -2|
1 -3|4 7 -3|15
-4| -4|
-5| 5 -5|0
L| 4 L|(L,-63,-80,-122)
.TE
.ce 0
.KE
.KS
.TS
allbox center;
c c s s c c s s
n n n n n n n n .
*#=19=13+$12 over 2$ (zeroes/2) \*=17=14+$6 over 2)$ (zeroes/2)
*M10 0 *M9 0
*H 5h 15h -4 19h *H5 3 -50 53
*E 3 42 -8 50 *E3 34 -63 97
.TE
.KE
.KS
.TS
box, center;
c c s s c c s s
l l l l l l l l .
19h gives 29h 53 gives 79h
=
*F 45 -33h *F 82h -139h
*FF 74h -63 *FF 162 -219
.TE
.KE
This is a long line of text whose only purpose is to tell me where the right margin
is on this page so the centering of the tables can be checked.
.KS
.TS
box;
c c c c
r l r l .
outside: 56,71,-34 outside: 116,H,L
far out: _ far out: H,L
_ 42 and -15) _ 34 and -122)
.TE
.KE
.LP
.KS
F) STEM-and-LEAF and *-LETTER VALUES for SIZES of residuals in 1921-44 and 1948-67
.TS
box;
c s c s
n l n l .
1921-45 1948-67
=
1 H|(71) 6 H|(H,116,63,80,122,L)
_
2 5|6 7 5|0
_
3 4|2 4|
_
3|04 11 3|1145
5 _ _ _
2| 2|
_
8 1|457 1|
_
13 0|44589 14 0|223
_
12 z|000000000000 6 z|000000
-0|
-1|
-2|
-3|
-4|
-5
.TE
.KE
.nf
.ta 30
*median = 8 (at depth 10) *median = 34 (at depth 9)
*H = 23h (at depth 5h) *E = 80 (at depth 5)
.fi
.LP
P) PROBLEMS
.PP
32a. Make stem-and-leaf displays, and find *M and *H for the SIZES
of residuals for periods 1921-33 and 1934-45.
How do they compare with each other and with 1948-67? How many groups
seem to be needed? What are they?
.PP
32b. (Triple value) Repeat Panels (A), (B) and (F) for
started logs, using 100 log (1+suspended deposits in millions).
.PP
32c. (After b) Do 32a for this new analysis.
sample11 251060079 3 3 100664 585 `
.sp 10
.tr~
.EQ
delim $$
.EN
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center;
c c
c c
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Stack
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\s-21\s0
\s-22\s0
\s-23\s0
\s-24\s0
\s-25\s0 Bookkeeping
\s-26\s0
\s-27\s0
\s-28\s0
\s-29\s0
\s-210\s0
_
\s-211\s0 $i sub 1$
_
\s-212\s0 $i sub 2$
_
\s-213\s0 $i sub 3$
_
\s-214\s0 $i sub 4$
_
\s-215\s0 $i sub 5$
_
\s-216\s0 type integer
_
\s-217\s0 back pointer
_
\s-218\s0 ///~~~(fill)~~~///
_
\s-219\s0 $d sub 1$
\s-220\s0
_
\s-221\s0 $d sub 2$
\s-222\s0
_
\s-223\s0 $d sub 3$
\s-224\s0
_
\s-225\s0 type d. p.
_
\s-226\s0 backpointer
_
.TE
.sp 2
.ce
Figure 1.~~~~Dynamic Storage Stack
sample12 251060080 3 3 100664 155 `
.sp 2
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box;
l l
l =
l || l.
how now
brown cow
.TE
.sp 2
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box;
l l
l || l.
how now
=
brown cow.
.TE
.sp 2
.TS
doublebox;
l l.
how now
brown cow
.TE
sample13 251060080 3 3 100664 526 `
.sp 1i
.TS
frame;
cfB s s s.
Composition of Foods
_
.T&
c |c s s.
Percent by Weight
Food _
.T&
c |c |c |c.
Protein Fat Carbo-
hydrate
_
.T&
l |n |n |n.
Rye bread 9.0 .6 52.7
Apples .4 .5 13.0
Almonds 21.0 54.9 15.8
Mushrooms 3.5 .4 6.0
.TE
.sp 1i
.TS
frame;
cfB s s s.
Composition of Foods
_
.T&
c |c s s.
Percent by Weight
.T&
c c c c.
Food _ _ _
.T&
c |c |c |c.
Protein Fat Carbo-
hydrate
_
.T&
l |n |n |n.
Rye bread 9.0 .6 52.7
Apples .4 .5 13.0
Almonds 21.0 54.9 15.8
Mushrooms 3.5 .4 6.0
.TE
sample14 251060080 3 3 100664 368 `
.fp 1 H
.fp 2 HI
.fp 3 HM
.pl 14i
.po .25i
.ll 7i
.tr ~
.ps 24
.vs 43p
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KNOWN
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but not
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SHOWN
.ft 1
.sp 0.5i
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center expand doublebox;
c s s s
c c8e | ce c
c c | n c.
Customers in Each Group
.sp 2i
=
~ Years Number ~
.sp 0.15i
_
~ less than 1 11 ~
~ 1 to 2 17 ~
~ 3 to 5 26 ~
~ 6 to 10 35 ~
~ 11 to 15 29 ~
~ over 15 368 ~
.sp 0.25i
.TE
sample15 251060080 3 3 100664 1043 `
.sp 1i
.ll 6.0i
.TS
allbox;
c s s s s
c c s s s
c c c c c.
.ft B
.sp 1
\s14Implantation Time \s10versus \s14Dose \s10and \s14Beam Current \s10(3" Wafer)
.sp 2
Beam Current
.sp 2
Dose 1 mA 100 \(*mA 10 \(*mA 1 \(*mA
.sp 2
10\u\s816\s10\d cm\u\s8-2\s10\d \ft R1.6 min. 16 min. 2.7 hr. 1.1day
.sp 2
.ft B
10\u\s815\s10\d \ft R10sec. 1.6 min. 16 min. 2.7 hr.
.sp 2
.ft B
10\u\s814\s10\d \ft R1 sec. 10 sec. 1.6min. 16 min.
.sp 2
.ft B
10\u\s813\s10\d\ft R 1 sec. 10 sec. 1.6 min.
.sp 2
.ft B
10\u\s812\s10\d\ft R 1 sec. 10 sec.
.sp 1
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c s s s s
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\s14Implantation Time \s10versus \s14Dose \s10and \s14Beam Current \s10(3" Wafer)
.sp 1
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Dose 1 mA 100 \(*mA 10 \(*mA 1 \(*mA
.sp 1
10\u\s816\s10\d cm\u\s8-2\s10\d \fR1.6 min. 16 min. 2.7 hr. 1.1day
.sp 1
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10\u\s815\s10\d \fR10sec. 1.6 min. 16 min. 2.7 hr.
.sp 1
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10\u\s814\s10\d \fR1 sec. 10 sec. 1.6min. 16 min.
.sp 1
.fB
10\u\s813\s10\d\fR 1 sec. 10 sec. 1.6 min.
.sp 1
.fB
10\u\s812\s10\d\fR 1 sec. 10 sec.
.TE
sample16 251060080 3 3 100664 130 `
.sp 1i
.TS
box;
c c c
a a n.
This is Enormous
d1 bwk mel
e2 fdq a.1
d2 scj a.bc
f3 schmidt fx\&xy
a parse \&dqr
b jfo thunk\&
.TE
sample17 251060081 3 3 100664 864 `
.sp .5i
.TS
center, box;
c s s s
c s s s
c |c |c |c
c |c |c |c
l |n |n |n.
1970 Federal Budget Transfers
\s-2(in billions of dollars)\s0
=
State Taxes Money Net
\^ collected spent \^
_
New York 22.91 21.35 \-1.56
New Jersey 8.33 6.96 \-1.37
Connecticut 4.12 3.10 \-1.02
Maine 0.74 0.67 \-0.07
California 22.29 22.42 +0.13
New Mexico 0.70 1.49 +0.79
Georgia 3.30 4.28 +0.98
Mississippi 1.15 2.32 +1.17
Texas 9.33 11.13 +1.80
.TE
.sp .5i
.TS
center, box;
c s s s
c s s s
c |c |c |c
^ |c |c | ^
l |n |n |n.
1970 Federal Budget Transfers
\s-2(in billions of dollars)\s0
=
State Taxes Money Net
collected spent
_
New York 22.91 21.35 \-1.56
New Jersey 8.33 6.96 \-1.37
Connecticut 4.12 3.10 \-1.02
Maine 0.74 0.67 \-0.07
California 22.29 22.42 +0.13
New Mexico 0.70 1.49 +0.79
Georgia 3.30 4.28 +0.98
Mississippi 1.15 2.32 +1.17
Texas 9.33 11.13 +1.80
.TE
sample18 251060081 3 3 100664 1916 `
.sp .25i
.TS
box;
cB s s s
cI s s s
l| l| l| l.
Properties of GCOS Troff
_
Jim Blinn's Funny Table
_
Troff T{
Processes characters and
drives typesetter
to distraction.
Knows about justification and
hyphenation plus multiple
fonts and sizes.
T} Options T{
Many, many options about
pages & formats & registers
T}
\^ \^ Devices T{
Stare, GSI CAT, diablo
and micro film.
T}
\^ \^ Other -a mode
\^ \^ Speed T{
Runs like a lazy turtle.
T}
_
Eqn T{
Processes equations,
turns them into
troff input language.
T} Options T{
only -e option to suppress
normal output (for PRL)
T}
\^ \^ devices as above
\^ \^ speed T{
Comparable to an energetic turtle.
T}
_
TBL T{
Makes tables
and similar boxed items
like this.
T} Options None
\^ \^ devices as above
\^ \^ speed T{
comparable to dog with three legs.
T}
_
MS macros T{
Formats memos
and other BTL documents,
including release papers
and internal memos.
T} Options None
\^ \^ devices as above
\^ \^ other None
.TE
.sp .25i
.na
.TS
box;
cB s s s
cI s s s
lt| lt| lt| lt.
Properties of GCOS Troff
_
Jim Blinn's Funny Table
_
Troff T{
Processes characters and
drives typesetter
to distraction.
Knows about justification and
hyphenation plus multiple
fonts and sizes.
T} Options T{
Many, many options about
pages & formats & registers
T}
\^ \^ Devices T{
Stare, GSI CAT, diablo
and micro film.
T}
\^ \^ Other -a mode
\^ \^ Speed T{
Runs like a lazy turtle.
T}
_
Eqn T{
Processes equations,
turns them into
troff input language.
T} Options T{
only -e option to suppress
normal output (for PRL)
T}
\^ \^ devices as above
\^ \^ speed T{
Comparable to an energetic turtle.
T}
_
TBL T{
Makes tables
and similar boxed items
like this.
T} Options None
\^ \^ devices as above
\^ \^ speed T{
comparable to dog with three legs.
T}
_
MS macros T{
Formats memos
and other BTL documents,
including release papers
and internal memos.
T} Options None
\^ \^ devices as above
\^ \^ other None
.TE
sample19 251060081 3 3 100664 361 `
.sp2
.TS
box;
c s s
c |c |c
l |l |n.
Major New York Bridges
=
Bridge Designer Length
_
Brooklyn J. A. Roebling 1595
Manhattan G. Lindenthal 1470
Williamsburg L. L. Buck 1600
_
Queensborough Palmer & Hornbostel 1182
_
1380
Triborough O. H. Ammann _
383
_
Bronx Whitestone O. H. Ammann 2300
Throgs Neck O. H. Ammann 1800
_
George Washington O. H. Ammann 3500
sample20 251060081 3 3 100664 2109 `
.TS
box;
c s s s
c | c | c s
lt | ltw(2i)p8 | l | l.
Some Interesting Places
_
Name Description Practical Information
_
T{
American Museum of Natural History
T} T{
The collections fill 11.5 acres (Michelin) or 25 acres (MTA)
of exhibition halls on four floors. For the non-specialist,
the most interesting parts of the Museum are the life-size dioramas
where animals are shown in their natural habitat.
There is a full-sized replica of a blue whale
and the world's largest star sapphire (stolen in 1964, but recovered).
T} Hours 10-5, ex. Sun 11-5
\^ \^ Location T{
Central Park West & 79th St.
T}
\^ \^ Admission Donation: $1.00 asked
\^ \^ Subway AA to 81st st.
_
Bronx Zoo T{
About a mile long and .6 mile wide,
this is the largest zoo in America.
Lions, bison, penguins, birds, and apes
are favorites. A lion eats 18 pounds
of meat a day while a sea lion eats 15 pounds of fish.
T} Hours T{
10-4:30 winter, to 5:00 summer
T}
\^ \^ Location T{
185th St. & Southern Blvd, the Bronx.
T}
\^ \^ Admission $1.00, but Tu,We,Th free
\^ \^ Subway 2, 5 to East Tremont Ave.
_
Brooklyn Museum T{
Five floors of galleries contain
notable collections from Egypt, Greece, Rome, Africa, Oceania,
Asia and America.
The fourth floor contains 18th and 19th century American
period rooms.
In the Sculpture Garden is a collection of architectural
ornaments saved from the wrecking ball,
such as the classical figure from
Pennsylvania Station.
T} Hours Wed-Sat, 10-5, Sun 12-15
\^ \^ Location T{
Eastern Parkway & Washington Ave.,
Brooklyn.
T}
\^ \^ Admission Free
\^ \^ Subway 2,3 to Eastern Parkway.
_
T{
New-York Historical Society
T} T{
The Society combines a reference library
for scholars and a museum for the public.
There are many historical portraits, plus
a collection of the Hudson River school.
All the original paintings for
Audubon's
.I
Birds of America
.R
are here, as are exhibits of American
and decorative arts, New York history,
glass paperweights.
T} Hours T{
Tues-Fri & Sun, 1-5;
Sat 10-5
T}
\^ \^ Location T{
Central Park West & 77th St.
T}
\^ \^ Admission Free
\^ \^ Subway AA to 81st St.
.TE
sample21 251060082 3 3 100664 617 `
.sp 2
.TS
center, allbox;
c s s s
c s s s
c s c s
l l l l.
Overall heading line here.
T{
This is text to be adjusted into a four column wide heading
and width calcuations to be done accordingly for that idea.
A quick brown fox jumps over the lazy dog.
Waltz, nymph, for quick jigs vex Bud.
T}
Left head T{
How now brown cow.
Right hand heading only here.
T}
A b c d
how now brown cow
left right left T{
short text section better make this only
one column wide your finks.
T}
bot bot bot bot
.TE
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center, box;
c c c
l l l
a a a.
How now brown
cow left left
in in in
D1 D2 D3
longest longest longest
a b c
.TE
sample22 251060082 3 3 100664 316 `
.sp 2
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..
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requiring several lines
to print in full
what will it take?
T}
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.TS
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abc def\\
ghi jkl\\\
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.TE
sample23 251060082 3 3 100664 4643 `
.de NP
.po 0
.tl '-'''
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expand;
lp10 s s s s rp10 s s s s s s
cBp10 s s s s s s s s s s s
l s cip9 s s s s cip9 s s s s
lp9 lp9 c1 c1 c1 c1 c3 | c1 c1 c1 c1 c1.
Please check: [ ]\|MTS [ ]\|AMTS Please write comments on \fIcomments sheet\fR.
.sp .5
Answer Sheet for Division 12 Upward Feedback Questionnaire
.sp .5
.bd 2 3
Performance is Performance should be
.bd 2
.sp .3
.vs 9p
Very Very Very Very
Little Little Some Much Much Little Little Some Much Much
.sp .3
.vs 15p
A1 interest, enthusiasm 1 2 3 4 5 1 2 3 4 5
A2 aims of research 1 2 3 4 5 1 2 3 4 5
A3 knowledge details 1 2 3 4 5 1 2 3 4 5
.lz
Under Under Appraises Over Over Under Under Appraises Over Over
.vs 9p
values values proper- values values values values proper- values values
greatly slightly ly slightly greatly greatly slightly ly slightly greatly
.vs 15p
A4 appraisal of your work 1 2 3 4 5 1 2 3 4 5
.sp .3
.vs 9p
Very Very Very Very
Little Little Some Much Much Little Little Some Much Much
.vs 15p
A5 info re appraisal 1 2 3 4 5 1 2 3 4 5
.lz
B1 amount advice goals 1 2 3 4 5 1 2 3 4 5
B2 value advice goals 1 2 3 4 5 1 2 3 4 5
B3 amount advice methods 1 2 3 4 5 1 2 3 4 5
.lz
B4 value advice methods 1 2 3 4 5 1 2 3 4 5
B5 choose own goals 1 2 3 4 5 1 2 3 4 5
B6 choose own methods 1 2 3 4 5 1 2 3 4 5
.lz
B7 clarity 1 2 3 4 5 1 2 3 4 5
B8 explicitness 1 2 3 4 5 1 2 3 4 5
B9 technical excellence 1 2 3 4 5 1 2 3 4 5
.lz
B10 value comments memos 1 2 3 4 5 1 2 3 4 5
B11 high-risk research 1 2 3 4 5 1 2 3 4 5
B12 informs relevant work 1 2 3 4 5 1 2 3 4 5
.lz
B13 coordinates 1 2 3 4 5 1 2 3 4 5
B14 individual differences 1 2 3 4 5 1 2 3 4 5
.lz
Very low Low Medium High Very High Very low Low Medium High Very High
C1 writing and speaking 1 2 3 4 5 1 2 3 4 5
.sp .3
.vs 9p
Very Very Very Very
Little Little Some Much Much Little Little Some Much Much
.vs 15p
C2 stands-up for you 1 2 3 4 5 1 2 3 4 5
.sp .3
.vs 9p
Very Just Very Very Just Very
Small Small Right Large Large Small Small Right Large Large
.vs 15p
C3 credit contributions 1 2 3 4 5 1 2 3 4 5
.lz
Very Very Very Very
.vs 9p
Little Little Some Much Much Little Little Some Much Much
.vs 15p
D1 feedback merit review 1 2 3 4 5 1 2 3 4 5
D2 info how improve 1 2 3 4 5 1 2 3 4 5
D3 foster advancement 1 2 3 4 5 1 2 3 4 5
.lz
D4 abilities utilized 1 2 3 4 5 1 2 3 4 5
D5 professional growth 1 2 3 4 5 1 2 3 4 5
.sp .2
.lt \n(TWu
.tl '''\fIover please\fR'
.lt \n(.lu
.bp
.bd 2 3
.TC
l s cip9 s s s s cip9 s s s s
lp9 lp9 c1 c1 c1 c1 c3 | c1 c1 c1 c1.
Performance is Performance should be
.sp .3
.bd 2
.vs 9p
Very Very Very Very
Slow Slow Medium Fast Fast Slow Slow Medium Fast Fast
.vs 15p
E1 speed re memos 1 2 3 4 5 1 2 3 4 5
E2 speed of decisions 1 2 3 4 5 1 2 3 4 5
.sp .3
.vs 9p
Very Very Very Very
Little Little Some Much Much Little Little Some Much Much
.vs 15p
E3 recruiting 1 2 3 4 5 1 2 3 4 5
.lz
E4 seeks views hiring 1 2 3 4 5 1 2 3 4 5
E5 seeks views other 1 2 3 4 5 1 2 3 4 5
E6 delegates authority 1 2 3 4 5 1 2 3 4 5
.lz
.vs 9p
Very Very Very Very
Small Small Moderate Large Large Small Small Moderate Large Large
.vs 15p
E7 effort supervision 1 2 3 4 5 1 2 3 4 5
.sp .3
.vs 9p
Very Very Very Very
Little Little Some Much Much Little Little Some Much Much
.vs 15p
E8 knowledge get action 1 2 3 4 5 1 2 3 4 5
E9 long-term planning 1 2 3 4 5 1 2 3 4 5
E10 protect questionnaires 1 2 3 4 5 1 2 3 4 5
.lz
F1 considerateness, tact 1 2 3 4 5 1 2 3 4 5
F2 fairness 1 2 3 4 5 1 2 3 4 5
F3 honesty 1 2 3 4 5 1 2 3 4 5
.lz
F4 concern you as person 1 2 3 4 5 1 2 3 4 5
F5 availability 1 2 3 4 5 1 2 3 4 5
F6 time spends with you 1 2 3 4 5 1 2 3 4 5
.lz
F7 criticism 1 2 3 4 5 1 2 3 4 5
F8 competition you and DH 1 2 3 4 5 1 2 3 4 5
F9 competition you others 1 2 3 4 5 1 2 3 4 5
.lz
F10 gives praise 1 2 3 4 5 1 2 3 4 5
.TC
lp9 lp9 c1 c1 c1 c1 c3 c1 c1 c1 c1.
.sp 1
.vs 9p
1-20% 21-40% 41-60% 61-80% 81-100%
bottom 5th top 5th
.vs 15p
F11 management ability 1 2 3 4 5
.sp 1
.vs 9p
25-40% 41-55% 56-70% 71-85% 86-100%
.vs 15p
F12 dept's productivity 1 2 3 4 5
.TE
.sp
.TS
expand;
l s s s s s s s s s s s s s
l l l l l l l l l l l l l l.
Please circle items of greatest importance to you (15 maximum):
.sp .3
A1 A2 A3 A4 A5
.sp .3
B1 B2 B3 B4 B5 B6 B7 B8 B9 B10 B11 B12 B13 B14
.sp .3
C1 C2 C3
.sp .3
D1 D2 D3 D4 D5
.sp .3
E1 E2 E3 E4 E5 E6 E7 E8 E9
.sp .3
F1 F2 F3 F4 F5 F6 F7 F8 F9 F10 F11 F12
.sp 1.5
.TC
l s s s s s s s s s s .
Please write comments on \fIcomments sheet\fR.
.TE
.nr xx \n(nl/432u
sample24 251060082 3 3 100664 2098 `
.LP
There is a potential table bug.
.TS H
center,box;
c2b s2 s2 s2 s
c2 s2 s2 s2 s
c2 ||c2 |c2 |c2 |c
c2 ||c2 |c2 |c2 |c
r2 ||n2 |n2 |n2 |n.
Readability of Text*
\s-2Line Width and Leading for 10-Point Type\s0
=
.TH
Line Set 1-Point 2-Point 4-Point
Width Solid Leading Leading Leading
_
9 Pica -9.3 -6.0 -5.3 -7.1
14 Pica -4.5 -0.6 -0.3 -1.7
19 Pica -5.0 -5.1 0.0 -2.0
31 Pica -3.7 -3.8 -2.4 -3.6
43 Pica -9.1 -9.0 -5.9 -8.8
9 Pica -9.3 -6.0 -5.3 -7.1
14 Pica -4.5 -0.6 -0.3 -1.7
19 Pica -5.0 -5.1 0.0 -2.0
31 Pica -3.7 -3.8 -2.4 -3.6
43 Pica -9.1 -9.0 -5.9 -8.8
9 Pica -9.3 -6.0 -5.3 -7.1
14 Pica -4.5 -0.6 -0.3 -1.7
19 Pica -5.0 -5.1 0.0 -2.0
31 Pica -3.7 -3.8 -2.4 -3.6
43 Pica -9.1 -9.0 -5.9 -8.8
9 Pica -9.3 -6.0 -5.3 -7.1
14 Pica -4.5 -0.6 -0.3 -1.7
19 Pica -5.0 -5.1 0.0 -2.0
31 Pica -3.7 -3.8 -2.4 -3.6
43 Pica -9.1 -9.0 -5.9 -8.8
9 Pica -9.3 -6.0 -5.3 -7.1
14 Pica -4.5 -0.6 -0.3 -1.7
19 Pica -5.0 -5.1 0.0 -2.0
31 Pica -3.7 -3.8 -2.4 -3.6
43 Pica -9.1 -9.0 -5.9 -8.8
9 Pica -9.3 -6.0 -5.3 -7.1
14 Pica -4.5 -0.6 -0.3 -1.7
19 Pica -5.0 -5.1 0.0 -2.0
31 Pica -3.7 -3.8 -2.4 -3.6
43 Pica -9.1 -9.0 -5.9 -8.8
9 Pica -9.3 -6.0 -5.3 -7.1
14 Pica -4.5 -0.6 -0.3 -1.7
19 Pica -5.0 -5.1 0.0 -2.0
31 Pica -3.7 -3.8 -2.4 -3.6
43 Pica -9.1 -9.0 -5.9 -8.8
9 Pica -9.3 -6.0 -5.3 -7.1
14 Pica -4.5 -0.6 -0.3 -1.7
19 Pica -5.0 -5.1 0.0 -2.0
31 Pica -3.7 -3.8 -2.4 -3.6
43 Pica -9.1 -9.0 -5.9 -8.8
9 Pica -9.3 -6.0 -5.3 -7.1
14 Pica -4.5 -0.6 -0.3 -1.7
19 Pica -5.0 -5.1 0.0 -2.0
31 Pica -3.7 -3.8 -2.4 -3.6
43 Pica -9.1 -9.0 -5.9 -8.8
9 Pica -9.3 -6.0 -5.3 -7.1
14 Pica -4.5 -0.6 -0.3 -1.7
19 Pica -5.0 -5.1 0.0 -2.0
31 Pica -3.7 -3.8 -2.4 -3.6
43 Pica -9.1 -9.0 -5.9 -8.8
9 Pica -9.3 -6.0 -5.3 -7.1
14 Pica -4.5 -0.6 -0.3 -1.7
19 Pica -5.0 -5.1 0.0 -2.0
31 Pica -3.7 -3.8 -2.4 -3.6
43 Pica -9.1 -9.0 -5.9 -8.8
9 Pica -9.3 -6.0 -5.3 -7.1
14 Pica -4.5 -0.6 -0.3 -1.7
19 Pica -5.0 -5.1 0.0 -2.0
31 Pica -3.7 -3.8 -2.4 -3.6
43 Pica -9.1 -9.0 -5.9 -8.8
9 Pica -9.3 -6.0 -5.3 -7.1
14 Pica -4.5 -0.6 -0.3 -1.7
19 Pica -5.0 -5.1 0.0 -2.0
31 Pica -3.7 -3.8 -2.4 -3.6
43 Pica -9.1 -9.0 -5.9 -8.8
.TE
sample25 251060083 3 3 100664 308 `
.sp 1i
.TS
box;
cfB s s s.
Composition of Foods
_
.T&
c ||c s s
c ||c s s
c ||c |c |c.
Food Percent by Weight
\^ _
\^ Protein Fat Carbo-
\^ \^ \^ hydrate
_
.T&
l ||n |n |n.
Apples .4 .5 13.0
Halibut 18.4 5.2 ...
Lima beans 7.5 .8 22.0
Milk 3.3 4.0 5.0
Mushrooms 3.5 .4 6.0
Rye bread 9.0 .6 52.7
.TE
sample26 251060083 3 3 100664 208 `
.TS
c c s
c c s
c c c
c c c
l n n.
Degree of
Contextual Constraint
Low High
Free report
All 4 letters correct .310 .308
Free report
Critical letter correct .544 .545
Forced choice .795 .768
.TE
sample27 251060083 3 3 100664 353 `
.LP
.sp 4i
.TS
center,box;
cB s s s s
c s s s s.
COMPUTATION PARAMETERS
Room Size 80x120x100 Samples
8 KHz. Sampling Rate
_
.T&
|csss|c|
|csss|c|
|c|c|c|c|c|.
Impulse Response Convolution
_ Rate(sec./sec.)
Length No. Points Images Computation \^
(msec.) (sec.) \^
_
.T&
|n|n|n|n|n|.
64 512 585 1 12.5
128 1024 4690 8 13.8
256 2048 37500 60 15.0
_
.TE
sample28 251060083 3 3 100664 942 `
***FROM YTRAIN ON 11/16/76 AT 15.97
Jim:
tbl generates an F0 abort here due to the \^ entries.
Can you look into this for me.
Joel
.2C
.TS H
box expand;
cp8f3 |cw(0.45i)p8f3 |cw(0.45i)p8f3
cp8f3 |cp8f3 |cp8f3
lp10f1 |np10f1 |np10f1 .
.vs 10
BAY NO. OF VOLTAGE
\^ FEEDERS \^
_
.sp .5
.TH
.vs 12
T{
.na
Transmitting IF Switch and Control
T} 2 \(mi24
2 +24
_
.sp .5
Receiving IF Switch 6* \(mi24
2 +24
_
.sp .5
Receiving Control 1 \(mi24
1 +24
_
.sp .5
T{
Auxiliary Station Switch and Control
T} 3\(dg \(mi24
1 +24
.sp
.ad
.TE
.sp .5
.ft1
.IP *#
This quantity includes two sets of two separate
feeders which are run from the \(mi24#volt power
plant to the regular and spare \(mi20#volt regulators.
.sp 0.5
.IP \(dg#
This quantity includes one set of two separate
feeders which are run from the \(mi24#volt power
plant to the regular and spare \(mi20#volt regulators.
.sp
sample29 251060084 3 3 100664 42 `
.TS
l l.
how now
.T&
l l |.
brown cow
.TE
sample30 251060084 3 3 100664 1599 `
.1C
.ft3
.ps 10
.vs 12
.ce 3
TABLE B
.sp 0.5
RECOMMENDED WORK ALLEY WIDTHS FOR BOTH ABOVE- AND
BELOW-SURFACE CEFs
.sp 0.5
.TS H
box expand;
cw(2.3i)p8f3 |cp8f3 |cp8f3
^ |cp8f3 |cp8f3 .
.vs 10
.sp 1
TYPE OF ACTIVITY* MINUMUM WIDTH RECOMMENDED WIDTH
(Inches) (Inches)
_
.sp 0.5
.TH
.T&
lp10f1 |np10f1 |np10f1 .
.vs 12
T{
.na
.ft2
Low activity
.ft1
(no through passage) with cable positioned on one or both sides
of the work area.
T} 36\(dg 40\(dg
_
.sp 0.5
T{
.ft2
Low activity
.ft1
with permanently installed rolling ladder, and cable
on only one side of the alley (includes 18 inches for ladder width).
T} 54 60
_
.sp 0.5
T{
.ft2
Moderate activity
.ft1
with clearance for passage of craft person behind
seated splicer (includes 20 inches for sideway passage of
other craft persons) and cable on one or both sides of the work area.
T} 56 62
_
.sp 0.5
T{
.ft2
Heavy activity
.ft1
with clearance for passage of both outside and central
office workers behind seated splicer (includes a minimum 27 inches for
passage of other persons and/or central office work operations).
T} 63 70
.ad
.TE
.ft1
.sp 1
.in 0.4i
.IP *\0
Activity refers to the frequency of passage of other craft persons past the
splicer's work space. (Low \(<= one per hour; moderate \(<= five per hour;
heavy \0\0 five per hour.)
.IP
.in 0
.sp 1
.in 0.4i
.IP \(dg\0
In central office buildings where the CEF is positioned such that other
building area occupants must pass through the CEF area to exit, then the
minimum distance between the equipment frame and the nearest obstruction
shall not be less than 44 inches.
.IP
.in 0
.sp 2
sample31 251060084 3 3 100664 383 `
.sp 1i
.TS
c |c| c.
_
zip zap zip
_
.TE
.sp 1i
.TS
l l l
l|l|l
l|l|l
l l l.
_
zip zap top
\^ \^ bot
_
.TE
.sp 1i
.TS
l lw(2i)
l l
l a.
Left Right
T{
this is a fairly large text entry to check
on line length and alignment of various
types of entries.
T}
x Ordinary
y T{
T curly entry here.
T}
z T{
much bigger T{ entry, again checking
on th line length and such problems.
T}
.TE
sample32 251060085 3 3 100664 893 `
.sp 1i
.de hd
..
.de fo
'bp
..
.po 0
.ll 7.75i
.nf
.wh -1v fo
.fp 3 H
.ps 18
.vs 40
.ta 6i
\v'10p'\s36\(bs\s0\v'-10p' Western Electric \fR\s10MARCH 1974
.vs 14p
.ta 5.8i
(Replacing November 1971)
.sp 5p
.ps 10
.vs 12p
.TS
linesize(24);
_ _ _
ct| c cf3
^ | _ _
^ | cf3 cf3
^ | c s.
T{
.nf
.ll 1.5i
.ce 3
FILE:
LINEAR
SPECIAL PURPOSE
T} DATA SHEET T{
.ps 15
.ce 2
.ll 1.5i
502C
INTEGRATED CIRCUIT
T}
DESCRIPTION T{
.ce 2
.ll 1.5i
.ps 8
(DEVELOPMENT MODEL 3062A)
.ps 16
THREE-INPUT COMPARATOR
T}
T{
.ti 4n
.ps 10
.ft R
.vs 12p
The 502C is a beam-lead, sealed-junction,
silicon integrated circuit chip mounted in a
16-lead dual-in-line package and functions as
a high impedance, high gain comparator containing
a three-input comparator-amplifier, a two-input
second stage comparator and an output amplifier.
T}
.TE
.sp 6p
\f3\s12ELECTRICAL CHARACTERISTICS \(bu\s10\fR (T sub A = 25 \(dg C)
sample33 251060085 3 3 100664 164 `
.sp 1i
.TS
c _ c
c|c|c
c _ c.
Left Boxed Right
Bad
.TE
.sp 1i
.sp 1i
.TS
box;
l l l.
abc def gh
how now brown
.T&
c||c c.
_
.sp 6p
how how how
bad bad bad
.TE
sample34 251060085 3 3 100664 7038 `
.sp
.TS H
expand;
cp8f3 cp8f3 cw(1.4i)p8f3 cp8f3 cp8f3 cp8f3 s cp8f3
cp8f3 cp8f3 cp8f3 cp8f3 cp8f3 cp8f3 s cp8f3
cp8f3 cp8f3 cp8f3 cp8f3 cp8f3 cp8f3 cp8f3 cp8f3 .
.vs 10
MTG PLT
SPACE REQD
AT&T CKT NO. SIZE
EQUIPMENT RATING EQUIPMENT CIRCUIT PER OF IN
CODE OF UNIT TITLE DRAWING DRAWING UNIT PLATES INCHES
.sp
.TH
.T&
cp10f1 cp10f1 lp10f1 cp10f1 lp10f1 np10f1 np10f1 cp10f1 .
.vs 12
J63517D\0 Std T{
.na
Night Alarm and Test Panel
T} J63517D(#)\0 T{
SD-55039-01
SD-64724-01
SD-63677-01
T} 1 4 1-3/4 by 23
.sp
J63517AC Std T{
Toll Test Unit for No. 17B or 18B (Mfr Disc.) Testboard_Repeated
Dialing and Supervisory Equipment_For Dialing on Intertoll
or Community Dial Trunk Equipment at Secondary Positions in
Offices With No. 1 Toll Switchboard
T} J63517AC-(#) SD-56064-01 1 2 1-3/4 by 23
.sp
J63517AS Std T{
3A Toll Test Unit_Telephone Set_For Use With
Testboards, or Data Test and Equipment Cabinet or
Remote Telephone Services
T} J63517AS-(#) SD-55543-01 1 1 1-3/4 by 23
.sp
J63517AU Std T{
1A Toll Test Unit_ Telephone Set
T} J63517AU-(#) SD-55272-01 1 1 1-3/4 by 23
.sp
J63517AW Std T{
Auxiliary Secondary Cord Equipment to Convert Supervisory
and Ringing Signals of No. 1 Toll Switchboard_Equipped
With Nonsleeve Supervisory Cords_To Function With
No. 17B or 18B (Mfr Disc.) Testboards or 4A Toll Test Unit
T} J63517AW-(#) SD-56212-01 1 1 2 by 23
.sp
J63517AY Std T{
Auxiliary Secondary Cord Equipment to Convert
Supervisory and Ringing Signals of No. 1 Toll
Switchboard_Equipped With Sleeve Supervisory
Cords_To Function With No. 17B or 18B (Mfr Disc.)
Testboard_Or 4A Toll Test Unit
T} J63517AY-(#) SD-56212-01 1 3 2 by 23
.sp
J63517BG Std T{
No. 17B or 18B (Mfr Disc.) Testboard_DC and MF
Keyset Unit Equipment
T} J63517BG-(#) SD-56141-01 1 2 2 by 23
.sp
J63517BK Std T{
Toll Testboard No. 17B or 18B (Mfr Disc.) or Toll Test
Unit NO. 4A_Auxiliary Secondary Test Cord Unit or
Test Trunk Unit Equipment_Arranged to Convert Supervisory
and Ringing Signals of Switchboard No. 11 (Bridged
Supervision) to Function With Toll Testboard No. 17B or 18B
(Mfr Disc.)_For Use With Positional Dialing on Rear Cord
T} J63517BK-(#) SD-56141-01 1 2 2 by 23
.sp
J63517BM Std T{
Test and Control Board No. 8 (Mfr Disc.)_Toll
Testboard No. 5 (Mfr Disc.), 17B, or 18B (Mfr Disc.)_Testboard
No. 17E, 20A, or 23B_Toll Test Unit No. 3A_2-Way Trunk
Unit_To Dial Office_Arranged for Dial Cord Dialing From
Test and Control Board No. 8 (Mfr Disc.)_Toll Testboard
No. 5 (Mfr Disc.), 17B, or 18B_Testboard No. 17E, 20A, or 23B
_ Toll Test Unit No. 3A
T} J63517BM-(#) SD-64746-01 1 3 2 by 23
.sp
J63517BN Std T{
No. 8 Test and Control Board (Mfr Disc.)_Toll Testboard
No. 16 (Mfr Disc.), 17B, or 18B (Mfr Disc.)_Testboard
No. 17E, 19A, 20A, 21A, or 23B_No. 1A, 3A, 4A, or
5A Toll Test Unit_2-Way Trunk Unit_To Manual Local
Office or Official PBX
T} J63517BN-(#) SD-62717-01 1 1 2 by 23
.sp
J63517BP Std No. 5 (Mfr Disc.), J63517BP-(#) SD-64699-01 1 1 2 by 23
17B, or 18B (Mfr
Disc.) Testboard_No.
8 Test and Control
Board (Mfr Disc.)_
2-Way Ringdown In-
tertoll Trunk Unit
.sp
J63517BR Std 4A Toll Test Unit_ J63517BR-(#) SD-56412-01 1 2 2 by 23
Telephone Set SD-56463-01
.sp
J63517BS Std Auxiliary Secondary J63517BS-(#) SD-56162-01 1 2 2 by 23
Cord Unit_4A Toll
Test Unit Test
Trunk_Arranged to
Convert Supervisory
and Ringing Signals
of No. 9C or 9D
Switchboard to
Function With No.
18B (Mfr Disc.)
Testboard or 4A
Toll Test Unit
.sp
J63517BT Std 4A Toll Test Unit_ J63517BT-(#) SD-56463-01 1 1 2 by 23
Miscellaneous Test
and Battery Supply
Equipment
.sp
J63517BW Std Toll Testboard No. J63517BW-(#) SD-56469-01 1 1 2 by 23
17B_Tone and Hold-
ing Trunk Unit_For
Trouble Tracing in
2-Wire Toll
Switching Offices_
Using Toll Switch-
board No. 1, 3, 3C,
or 3CL and Report
Receiving Desk No. 1
.sp
J63517BY Std Report Receiving J63517BY-(#) SD-56466-01 1 1 2 by 23
Desk No. 1_Test-
board No. 17B_
Toll Switchboard
No. 1, 3, 3C, or
3CL Tone and
Holding Trunk
Unit_For Trouble
Tracing in 2-Wire
Toll Switching
Offices
.sp
J63517CA Std No. 17B Testboard J63517CA-(#) SD-56467-01 1 7 1-3/4 by 23
Probe and Trunk
Unit
.sp
J63517CB Std Calling-In Signal J63517CB-(#) SD-56493-01 1 1 2 by 23
Unit for Use With
Open-Wire
Facilities
.sp
J63517CC Std Testboards_Toll J63517CC-(#) SD-55211-01 1 3 1-3/4 by 19
Test Units, K and
L Carrier Tele-
phone Cable
Protection Alarm
and Calling-In
Signal Equipment
.sp
J63517CD Std Testboards_Toll J63517CD-(#) SD-55211-01 1 2 2 by 23
Test Units, K and
L Carrier Tele-
phone Cable
Protection Alarm
and Calling-In
Signal Equipment
.sp
J63517CE Std No. 17B or 18B J63517CE-(#) SD-56511-01 1 2 2 by 23
(Mfr Disc.) Test-
board_101-Trunk
Unit_Toll Test
Unit No. 3A_From
Crossbar Tandem
Office in Same
Building
.sp
J63517CF Std No. 17B Test- J63517CF-(#) SD-56512-01 3 2 2 by 23
board_Monitoring
and Talking Cord
Unit_For Testing
Trunk Circuits
Using E&M Lead
Signaling
.sp
J63517CH Std No. 17B or 18B J63517CH-(#) SD-56495-01 1 3 2 by 23
(Mfr Disc.)
Testboard_Cord
or Test Cord
Unit_Wet, Dry,
or Reverse
Battery On Rear
Cord, Sleeve
Supervision on
Front Cord
.sp
J63517CK Std Signaling Test J63517CK-(#) SD-56497-01 1 1 2 by 23
Unit_Using Neon
Lamps_For Test-
ing Signaling
Circuits Having
Sending ``M''
Lead and Receiv-
ing ``E'' Lead
.sp
J63517CL Std No. 19A or 21A J63517CL-(#) SD-56514-01 1 1 2 by 23
Testboard_
Emergency Trans-
fer Unit_Transfer
From Automatic to
Manual Circuits
.sp
J63517CP Std No. 19A or 21A J63517CP-(#) SD-56514-01 6 1 2 by 23
Testboard_
Emergency Trans-
fer Equipment_
Arranged to
Transfer Auto-
matic Circuits to
Manual Circuits
.sp
J63517CR Std No. 17B or 18B J63517CR-(#) SD-56279-01 1 3 2 by 23
(Mfr Disc.)
Testboard_DC
and MF Keyset_
For Use With No. 1
Toll Switchboard
.sp
J63517CS Std Testboard No. 17B J63517CS-(#) SD-56530-01 1 1 2 by 23
(TWX TRKS), 17E
(Mfr Disc.), or
20A_101 Type Test
Trunk_From Line
Link Frame in
No. 5 Crossbar
Office
.sp
J63517CT Std Data Test Cord_ J63517CT-(#) SD-56528-01, 1 3 2 by 23
20A Testboard_ Fig. 1
Terminal Test
Cord and Hold
Cord Equipment
.sp
J63517CU Std Data Test Cord_ J63517CU-(#) SD-56528-01 1 2 2 by 23
20A Testboard_ Fig. 2 and 5
Line Test Cord
and Position Con-
trol Equipment
.sp
J63517CW Std Data Test Cord_ J63517CW-(#) SD-56528-01, 2 1 2 by 23
No. 20A Test- Fig. 3
board_2-Position
Interlock and
Noise Measurement
Transfer Equipment
.sp
J63517CY Std Data Test Cord_ J63517CY-(#) SD-56528-01 1 1 2 by 23
No. 20A Testboard_
4-Position Inter-
lock Equipment
.sp
J63517DA Std No. 17B or 20A J63517DA-(#) SD-56525-01 1 1 2 by 23
Testboard_
Battery Supply
Filter Circuit
Equipment_For
Use With 2B
Signaling Test
Set
.sp
J63517DB Std No. 20A Test- J63517DB-(#) SD-56527-01 12 2 2 by 23
board_B1 Data
Carrier Ter-
minal_Alarm
Circuit
.sp
J63517BU Reserved
.sp
.TE
sample35 251060085 3 3 100664 1700 `
.EQ
delim $$
gfont R
.EN
.sp 2
.ce 2
Table IV. Determinations of $ T sub o (a sup 3 SIGMA ) $
for $ H sub 2 $ from this and previous work.
.TS
box,tab(x),center;
c|c|c|c|c|c|c
l|l|n|c|c|c|c.
.sp .5
Singlet StatexTriplet Statex$ E sup t - E sup s $x$ E sup s $x\
$ T sub o - E sup t $x$ T sub o (a sup 3 SIGMA ) $xReference
.sp .5
_
.sp .5
R(4d) $ "" sup 1 PI sub g $xr(4a) $ "" sup 3 PI sub g $x1.42x120031.61x-24956.58x\
95076.45xX
v=1, N=4xv=1, N=4xxxxx
.sp .5
_
.sp .5
J(3d) $ "" sup 1 DELTA sub g $xj(3d) $ "" sup 3 DELTA sub g $x1.14x\
114923.56x-19848.30x95076.40xX
v=1, N=3xv=1, N=3xxxxx
.sp .5
_
.sp .5
W(?) $ "" sup 1 SIGMA sub g sup + $xi(3d) $ "" sup 3 PI sub g $x1.45x\
115450.32x-20375.33x95076.44xX
v=1, N=4xv=1, N=6xxxxx
.sp .5
_
.sp .5
G(3d) $ "" sup 1 SIGMA sub g sup + $x$g(3d) sup 3 SIGMA sub g sup + $x\
-1.24x111827.84x-16750.23x95076.37xX
v=0, N=2xv=0, N=2xxxxx
.sp .5
_
.sp .5
G(3d) $ "" sup 1 SIGMA sub g sup + $xg(3d) $ "" sup 3 SIGMA sub g sup + $x\
3.5x111893.13x-16820.32x95076.3xX
v=0, N=3xv=0, N=3
.sp .5
_
.sp .5
B'(3p) $ "" sup 1 SIGMA sub u sup + $xf(4p) $ "" sup 3 SIGMA sub u sup + $x\
-4.28x115606.45x-20525.92x95076.25xX
v=3, N=0xv=0, N=0
.sp .5
_
.sp .5
B'(3p) $ "" sup 1 SIGMA sub u sup + $x f(4p) $ "" sup 3 SIGMA sub u sup + $x\
4.94x115647.12x-20575.64x95076.42xX
v=3, N=1xv=0, N=1
.sp .5
_
.sp .5
$ 3 sup 1 K $xg(3d) $ "" sup 3 SIGMA sub g sup + $x4.26x113879.40x\
-18807.41x95076.25xThis Work
v=1, N=1xv=1, N=1
.sp .5
_
.sp .5
$ 3 sup 1 K $xg(3d) $ "" sup 3 SIGMA sub g sup + $x-7.26x113987.60x\
-18904.02x95076.32xThis Work
v=1, N=3xv=1, N=3xxxx
.br
.T&
rsssscc.
.sp .5
_
Average $ T sub o ( a sup 3 SIGMA sub g sup + ) = 95076.36 \(+- 0.20 $
.sp .5
.TE
sample36 251060086 3 3 100664 650 `
.EQ
delim $$
.EN
.LP
This is a sample which includes repeated characters
to test out the use of such things.
This is a sample which includes repeated characters
to test out the use of such things.
.TS
center box;
c| c
c| c
l| l.
Situation Probability of NOT
Considered reaching significance at 5%
=
First class alone 95%
Second class alone 95%
Two classes together (95%)(95%) = (95%)$"" sup 2$ = 90.2%
Third class alone 95%
Three classes together (95%)(95%)$"" sup 2$ = (95%)$"" sup 3$ = 85.7%
\R. \R.
Nine classes together (95%)$"" sup 9$ = 63.0%
Tenth class alone \R-
Ten classes together (95%)(95%)$"" sup 9$ = (95%)$"" sup 10$ = 59.9%
.TE
sample37 251060086 3 3 100664 7393 `
.ND
.tr ~
.ll 13i
.nr LL .13
.ce
.ul
COMMITTEE ON UTILIZATION OF SPACE
.sp 1
.ce
.ul
TECHNICAL SPACE ANALYSIS FORM
.sp 3
ORG. NO.
.cu
~~~113~~~
.TSH
center,tab(:);
c1 c1 c1 c1 c1 c1 c1 c1 c1 c1 c1 c1
c1 c1 c1 c1 c1 c1 c1 c1 c1 c1 c1 c1
c1 c1 c1 c1 c1 c1 c1 c1 c1 c1 c1 c1
l1 l1 c1 l1 l1 n1 l1 n1 n1 n1 n1 l1.
::::::::OVERALL:TOTAL
:NAME OR:::OFFICE:SQ.FT.:LAB.::SQ.FT.:GROUP:SQ.FT.
:ORGANIZATION:CLASS:FUNCTION:ROOM #:PERSON:ROOM #:SQ.FT.:PERSON:SPACE:EMTS:REMARKS
.sp 1
.TH
.sp 1
.ul
OFFICE SPACE
.sp 1
(a) Administrative:Brinkman, W:D:Theoretician:1D-469:224:::224:224:224: -
.sp 1
(b) Private Office(S):None
w/o Lab
.sp 1
(c) Private Office(NS):Cross, M:RV-P:Theoretician:1D-438:112:::112:112:112: -
w/o Lab
:Murnick, D:MTS:Experimentalist:1E-430:112:::112:112:112: -
.sp 1
:Raghavan, R:MTS:Experimentalist:1E-432:112:::112:112:112: -
.sp 1
:Poate, J:MTS:Experimentalist:1E-441:112:::112:112:112: -
.sp 1
:Hasegawa, A:MTS:Theoretician:1E-433:112:::112:112:112: -
.sp 1
:Yafet, Y:MTS:Theoretician:1D-329:112:::112:112:112: -
.sp 1
:Van Roosbroeck, W:MTS:Theoretician:1D-467:112:::112:112:112: -
.sp 1
:Moncton, D:MTS:Experimentalist:1E-332:112:::112:112:112: -
.sp 1
:Citrin, P:MTS:Experimentalist:1E-437:112:::112:112:112: -
.sp 2
(d) Group Office:Robbins, M:AMTS:Software:1E-436:84:::84:336:84: -
w/o Lab:Maclennan, C:AMTS:::84::::::
:Vacant:(RV):::84::::::
:Vacant:(RV):::84::::::
.sp 1
:Zuhr, R:RV-C:Experimentalist:1E-232:56:::56:112:56: -
:Fenstermacher, R:RV-C:Experimentalist::56::::::
.sp 1
:Vianden, R:RV-C:Experimentalist:1E-234:56:::56:112:56: -
:Vacant:(RV):::56:::::::
.sp 2
.ul
LABORATORY
.sp 1
(a) Regular Lab. L1:Hutson, A:MTS:Chem.Phys.Lab.:1D-427:154:1E-405:348:502:502:502:Semicond.
:::::::::::Transport
.sp 3
:1131::Ion Implant. Lab:::1E-460:492:492:492:492:80 KV
:Vacant:(RV):::::::::Ion Implant
:::::::::::Machine
.sp 1
:Cladis, P:MTS:Chem.Phys.Lab.:1D-433:112:1B-302:696:404:808:539:Liquid Xtal
:Vacant:(STA):::::::::Properties
.sp 3
:Guggenheim, H:MTS:Crystal Lab:1D-429:112:1D-414:492:365:1096:438:Crystal
:Cassanho, A:RV-C::::1D-416:492::::Growth
:Bahnck, D:STA
.sp 2
:Vacant:(MTS):Chem.Phys.Lab.:::1D-202:328:328:328:328:Assigned to
:::::::::::Dept. 1132
:::::::::::for Pindak
:::::::::::(MTS)
.sp 1
:Wertheim, G:H:Chem.Phys.Lab.:1C-425:158:1C-429:464:311:622:311:ESCA
:Buchanan, D:AMTS
.sp 3
:Dietz, R:MTS:Chem.Phys.Lab:1D-436:112:1B-415:492:302:604:403:Electron
:Campbell, R:STA:::::::::Energy Loss
:::::::::::Spect.
.sp 2
:Hensel, J:MTS:Physics Lab.:1C-421:112:1C-440:492:302:604:302:Semicond.
:Unterwald, F:AMTS:::::::::Physics
.sp 3
:Fiory, A:MTS:Chem.Phys.Lab.:1D-468:112:1E-362:492:302:604:403:Fluxoid
:Minnich, R P:STA:::::::::Interactions
:::::::::::in Supercond.
.sp 2
:Golovchenko, J:MTS:Chem.Phys.Lab:1E-439:112:1E-458:492:302:604:403:X-Ray Diff.
:Shombert, M:TA-T:::::::::Thin Crystal
:::::::::::Prep.
.sp 2
:Rousseau, D:MTS:Chem.Phys.Lab.:::1C-435:232:290:580:290:IR Spectros.
:Friedman, J:RV-P:Chem.Phys.Lab.:::1C-437:348::::Raman Scat.
.sp 3
:Cohen, R:MTS:Chem.Phys.Lab.:1D-470:112:1D-410:464:288:576:288:Mossbauer
:::::::::::Effect
.sp 3
:Dynes, R:H:Physics Lab.:1C-421:138:1D-312:410:274:548:365:Supercond.
:Garno, J:STA
.sp 3
:Kaufmann, E:MTS:Physics Lab.:1E-445:112:1E-426:424::536::Gamma-Ray
:Raghavan, P:RV-C::::1E-463A:::::Angular
:Rodgers, J W:STA:::::::::Correlation
.sp 2
:1131::Sample Prep:::1E-555:557:278:557::Crystal
:Flood, W:STA:::::::::Polishing
:Sims, M:Shop:::::::::(T.M.Buck)
.sp 1
:1134::Chem.Phys.Lab.:::1D-311:232:232:232:464:Materials
:Lau, C-L:STA-T:::::::::Prep.
:::::::::::(L.N.Pfeiffer)
.sp 1
:Eibschutz, M:MTS:Chem.Phys.Lab.:1D-431:112:1B-402:348:230:460:307:Mossbauer
:Vacant:(STA):::::::::Effect
.sp 3
:Berreman, D:MTS:Chem.Phys.Lab.:1D-435:112:1B-414:348:230:460:230:Liquid Xtal
:Graddick, W:MTS:::::::::Dynamics
.sp 3
:Tolk, N:MTS:Physics Lab:1E-444:112:1E-457:348:230:460:307:Optical
:Kraus, J:STA:::::::::Emission -
:::::::::::Ion Scat.
.sp 2
:Miller, G L:MTS:Instrumentation:1D-462:112:1E-407:348:230:460:230:Electronic
:Robinson, D:AMTS:::::::::Instrument.
.sp 3
:Buck, T:MTS:Chem.Phys.Lab.:1E-448:112:1D-212:328:220:440:220:Low Energy
:Wheatley, G:AMTS:::::::::Surf. Scat.
.sp 3
:Stamatoff, J:MTS:Chem.Phys.Lab.:1D-466:112:1E-420:328:220:440:293:Sample Prep.
:Kennedy, S:STA
.sp 3
:Campagna, M:MTS:Physics Lab.:1C-322:112:1C-201:321:217:433:289:Field Emis-
:Wilkens, B:STA:::::::::sion Spect.
.sp 3
:Boie, R:AMTS:Instrumentation:1E-428:92:1E-424:328:210:420:280:Electronic
:Kerr, R:STA:::::::::Instrument.
.sp 3
:Brown, W L:H:Chem.Phys.Lab:1E-452:112:1E-456:288:200:400:200:Accelerator
:Augustyniak, W:AMTS:::::::::Expt. Prep.
.sp 3
:Meiboom, S:MTS:Chem.Phys. Lab.:::1B-308:348:174:348:174:Liquid Xtal
:Gooden, C:AMTS:::::::::Surf.
.sp 3
:Kincaid, B:MTS:Computer Lab:::1B-416:348:174:348:174:Comp. System
:Hewitt, R:AMTS:::::::::Development
.sp 3
:Pfeiffer, L:MTS:Physics Lab.:::1C-445:348:174:348:232:Mossbauer
:Kovacs, T:STA:::::::::Effect
.sp 3
:Lanzerotti, L:MTS:Geophysics Lab.:1E-435:112:1E-423:232:172:344:172:Equip. Devel.
:Medford, L:AMTS:::::::::& Test
.sp 3
:Powers, L:MTS:Chem.Phys.Lab.:::1E-404:328:164:328:164:Optical
:Ching, Y:AMTS:::::::::Measurements
.sp 3
:Feldman, L:MTS:Instrumentation:1E-434:112:1E-455:232:115:344:115:Surface
:Silverman, P:AMTS:::::::::Phys.Prop.
:Kauffman, R:RV-P
.sp 2
:1134::Chem.Phys.Lab.:::1A-401:456::456::Materials
:::::::::::Prep.
:::::::::::(H.J.Guggenheim)
.sp 1
:1131::Computer Room:::1E-459:290::290::PDP-11/45
:::::::::::(M.F.Robbins)
.sp 2
:1131::Radiochem. Lab.:::1G-018G:190::190::Radioactive
:::::::::::Materials
:::::::::::Shop
:::::::::::(E.N.Kaufmann)
.sp 1
:1131::Radiochem. Lab.:::1G-018D:158::158::Radioactive
:::::::::::Materials
:::::::::::Sample Prep
:::::::::::(E.N.Kaufmann)
.sp 1
:1131::Radiochem. Lab.:::1G-018A:127::127::Radiochemistry
:::::::::::for Radioactive
:::::::::::Materials
:::::::::::(E.N.Kaufmann)
.sp 1
:1131::Radiochem. Lab.:::1G-026:100::100::Mech. Equip.
:::::::::::Radioactive
:::::::::::Materials Lab.
:::::::::::(E.N.Kaufmann)
.sp 1
:1131::Radiochem. Lab.:::1G-018B:85::85::Radioactive
:::::::::::Material
:::::::::::Counting Room
:::::::::::(E.N.Kaufmann)
.sp 1
(b) Large Equipment:Chang, R:MTS:Plasma Lab:1E-431:112:1E-406:820:466:932:621:Plasma Gen.
Lab. L2:Adams, T:STA:::::::::Plasma
:::::::::::Processing
.sp 2
:1131::Radiochem. Lab.:::1G-018E:525::525::Radioactive
:::::::::::Ion Implant
:::::::::::Accelerator
:::::::::::(E.N.Kaufmann)
.sp 1
.bp
.ul
SPECIAL FACILITIES
.sp 1
(a) Common Use Lab. L3:1131::Ion Accel. Lab.:::1E-256:3166::3298::3.75 MeV
:Crider, A:RV:::::::::Van de Graaff
:Levesque, R:AMTS::::1E-256A:132::::Accelerator
:::::::::::and 300 keV
:::::::::::Ion Implant.
:::::::::::for Ion-Solid
:::::::::::Interactions
:::::::::::(W.L.Brown)
.sp 1
:1131::Ion Accel. Lab.:::1E-463:1062::1062::2 MeV
:::::::::::Van de Graaff
:::::::::::Accelerator
:::::::::::for Ion-Solid
:::::::::::Interactions
:::::::::::(W.L.Brown)
.sp 1
:Eisenberger, P:H:X-Ray Lab:1E-329:140:1E-416:656::796::Rotating
:Marra, W:AMTS:::::::::Anode X-Ray
:::::::::::Generators
:::::::::::X-Ray
:::::::::::Scattering
.sp 1
(b) General Use:113::Library:::1E-402:146:146:
Rooms
.sp 1
:1133::Files:::1B-515:144:144:::Geophysics
:::::::::::and Space
:::::::::::Physics Data
.sp 1
(c) Other:None
.sp 3
TOTAL::85:::4602::20825::25427
.TE
sample38 251060086 3 3 100664 72 `
.sp 1i
.vs 20p
.ps 15
.TS
c c
l n.
Overall Heading
Left 3.5
Item \^
.TE
sample39 251060087 3 3 100664 626 `
.sp .5i
.TS
allbox;
c s s
c c c
l n n.
Address Book
Name Room Phone
Kernighan 2C519 6021
Lesk 2C572 6377
McIlroy 2C525 6050
Morgan 2C561 6490
.TE
.sp .5i
.TS
allbox, linesize(10);
c s s
c c c
l n n.
Address Book
Name Room Phone
Kernighan 2C519 6021
Lesk 2C572 6377
McIlroy 2C525 6050
Morgan 2C561 6490
.TE
.sp .5i
.TS
allbox, linesize(20);
c s s
c c c
l n n.
Address Book
Name Room Phone
Kernighan 2C519 6021
Lesk 2C572 6377
McIlroy 2C525 6050
Morgan 2C561 6490
.TE
.sp .5i
.TS
allbox, linesize(36);
c s s
c c c
l n n.
Address Book
Name Room Phone
Kernighan 2C519 6021
Lesk 2C572 6377
McIlroy 2C525 6050
Morgan 2C561 6490
.TE
sample40 251060087 3 3 100664 181 `
.sp 1i
.TS
box;
c c
l|lp7w(1.5i).
How Now
Brown Cow
the T{
today's increasing abundance of terminals
bodes well for the future of the
computer industry
T}
_
.T&
c c.
that's all
.TE
sample41 251060087 3 3 100664 151 `
.sp 1i
.TS
allbox;
c s s
c c c
c c c.
Ruddigore
How Now Brown
Cow Cow \^
.TE
.sp 1i
.TS
allbox;
c s s
c c c
c c ^.
Ruddigore
How Now Brown
Cow Cow
.TE
sample42 251060088 3 3 100664 901 `
.sp 1
.TS
n n.
10 20
1 2
.ig
30 40
4 5
..
6 7
.TE
.sp 1i
.TS
lp8 lp8v16 lp8 v8.
this is ordinary
T{
hoboken harrison newark roseville avenue grove street
east orange brick church orange highland avenue
mountain station south orange maplewood millburn short hills
summit chatham madison convent station morristown
new providence murray hill berkeley heights
gillette stirling millington lyons basking ridge
bernardsville far hills peapack gladstone
T} T{
Today's increasing abundance of terminals.
Today's increasing abundance of terminals.
T} T{
hoboken harrison newark roseville avenue grove street
east orange brick church orange highland avenue
mountain station south orange maplewood millburn short hills
summit chatham madison convent station morristown
new providence murray hill berkeley heights
gillette stirling millington lyons basking ridge
bernardsville far hills peapack gladstone
T}
.TE
sample43 251060088 3 3 100664 1362 `
.sp 2i
.po 1.5i
.ps 8
.vs 9p
.ft R
.TS
box;
Cbp+2 S S S S S S S S S S S.
30 Amperes DC - 10X1000\(*msec. Surges
=
.T&
C ||Cp-2 |C |C |C |C S |C S S |Cp-2 |C.
Solution T{
.nf
No.
in
sample
T} T{
.nf
Med.
v\d0\u
T} T{
.nf
Med.
V\d1\u
T} T{
.nf
Med.
R\d0\u
T} T{
.nf
Failed
pretest
T} T{
.nf
Life to
fail short
T} T{
High
res.
fail
T} T{
.nf
Did
not
fail.
T}
\^ \^ \^ \^ \^ _ _ \^ \^
.T&
^ ||^ |^ |^ |^ |C |C |C |C |C |^ |^.
Short Open Med. Mean \(*s
=
.T&
C ||C |C |C |Cp-2 |C |C |C |C |C |C |C.
Standards* 2X10\u9\d 30 <1%
_
0.1M NaOH 10 762 518 1X10\u8\d - - 76+ 92+ 87+ - 1
_
Sat'd Ca(OH)\d2\u 12 929 542 4X10\u9\d - 1 103+ 107+ 83+ 1 2
_
1M NaOH 10 566 452 1X10\u7\d 1 - 38+ 75+ 88+ 2 1
_
1M NH\d4\uOH 10 890 364 4X10\u9\d - - 34 37 35 - -
_
4% Na\d2\uSiO\d3\u 10 714 356 5X10\u7\d - 1 48 56 44 4 -
_
Water 10 951 590 4X10\u9\d - 3 22 28 27 - -
_
SO\d2\u sol'n 10 888 438 4X10\u9\d - - 16 20 19 - -
_
1M CaCl\d2\u 9 839 416 2X10\u8\d - - 16 31 40 - -
_
1M Na\d2\uSO\d4\u 10 802 385 9X10\u8\d - - 5.5 10 9 - -
_
0.1M H\d2\uSO\d4\u 10 858 398 5X10\u8\d - - 26 32 25 - -
_
T{
.nf
0.5M
Al\d2\u(SO\d4\u)\d3\u
T} 10 963 509 5X10\u9\d - 2 87 83 57 - -
_
1M NaCl 9 839 416 2X10\u8\d - - 27 43 44 - -
_
1M H\d2\uSO\d4\u 10 681 483 1X10\u6\d - - 8 14 20 3 -
.TE
*2B protector units with 32A and 33B assembled at MH.
.ps 11
.vs 12p
.sp 2
.ft B
.ce
Table I
sample44 251060088 3 3 100664 805 `
.ps 10
.sp .5i
.TS
center box tab(~);
c | c | c c | c | c || c
n | l | n n | n | n || n.
Month~Loc~Log~T{
.na
Log \(pl
Unreported
Searches
T}~LTP~M3.52~T{
Lockheed
Net Bill
T}
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1~HO~796~878~831~831~832
\^~IRS~2463~2509~2468~2467~2467
\^~MH~786~1049~940~940~940
\^~PY~98~98~102~101~101
\^~TRS~216~216~215~215~216
\^~WH~148~151~152~151~151
_
2~HO~677~727~715~715~715
\^~IRS~2616~2776~2718~2718~2717
\^~MH~603~707~711~711~704
\^~PY~108~110~109~109~110
\^~TRS~227~283~272~271~272
\^~WH~209~204~204~204~204
_
3~HO~559~592~559~558~560
\^~IRS~3867~3902~3892~3892~3887
\^~MH~487~617~632~632~632
\^~PY~130~130~131~131~131
\^~TRS~517~517~526~526~526
\^~WH~260~260~253~253~253
_
Total~~14765~15726~15430~15425~15418
=
T{
.na
Difference
from Bill
T}~$~-653~+308~+12~+7~0
\^~%~-4.2\&~+2.0\&~+0.08\&~+0.05\&~0.0\&
.TE
sample45 251060089 3 3 100664 1970 `
.nr LL 4.5i
.SH
C. FIELD DEFINITIONS AND CODES
.LP
.ps 10
.vs 12
.TS
box;
c3w(.6i)p9f3 |c3w(.6i)p9f3 |cp9f3 s .
Field Code Definition
_
.T&
cp10f1 |cp10f1 |lp10f1 s .
\\01 0-3 Controller designation
.sp .5
.T&
cp9f3 |cp9f3 |cp9f3 cp9f3 .
Memory Size Range
.sp .3
.T&
ctp10f1 |ctp10f1 |ctp10f1 ctp10f1 .
A 0
B 0,1
C 0-3
_
.T&
cp10f1 |cp10f1 |lp10f1 s .
\\02 T{
.ce
0-7,
.br
13-20
T} T{
Location of LC55 associated with a DCTS telephone.
T}
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\\03 0-7 T{
Steering circuit dedicated to a DCTS telephone.
T}
_
\\04 0-6 T{
DIMENSION PBX line carrier location.
T}
.sp .5
.T&
cp9f3 |cp9f3 |cp9f3 cp9f3 .
Memory Size Range
.sp .3
.T&
cp10f1 |cp10f1 |cp10f1 cp10f1 .
A 0,1
B 0-3
C 0-6
_
.T&
ctp10f1 |ctp10f1 |lp10f1 s .
\\05 T{
.ce
2-9,
.br
11-18
T} T{
Location of LC02. Slots 2 and 3 of carrier 0
are not valid LC02 locations.
T}
_
\\06 0-3 T{
Line circuit dedicated to a DCTS telephone.
T}
_
\\07 0000 SLS
0105 \05-button EKT
0110 10-button EKT without DSS
0120 20-button EKT
0130 30-button EKT
0205 \05-button ECT
0210 10-button ECT without DSS
0220 20-button ECT
0230 30-button ECT
1110 10-button EKT with DSS
1210 10-button ECT with DSS
.TE
.sp 10i
.TS
box;
c3w(.6i)p9f3 |c3w(.6i)p9f3 |cp9f3 s .
Field Code Definition
_
.T&
cp10f1 |cp10f1 |lp10f1 s .
T{
ERROR CODE
T} 1-7 T{
Invalid information in the corresponding field.
T}
.sp .5
\\09 T{
Station equipment (fields 1 through 3) is already
in service.
T}
.sp .5
10 T{
Tip\(slring equipment (fields 4 through 6) is already in service.
T}
.sp .5
11 T{
Repack Controller memory (Procedure 40, Word 1)
to obtain more memory room if desired.
T}
.sp .5
12 T{
Controller cannot process the additional telephone.
T}
.sp .5
13 T{
Input\(sloutput error occurred while trying to
update the Controller.
T}
_
.T&
lp10f1 s s s .
DSS## \(em Direct station selection
ECT \(em Electronic custom telephone
EKT# \(em Electronic key telephone
SLS## \(em Straight line set
.TE
.ft1
.sp
.ps 10
how now brown cow
sample46 252713335 3 3 100664 601 `
.LP
The qucik brown fox jumped over the lazy dog's back.
.IP a 15
This is the first item in the list.
.IP b
This is the second item, that has a table following it.
The qucik brown fox jumped over the lazy dog's back.
.TS
l l.
first title second title
T{
Data for the first coulmn.
The qucik brown fox jumped over the lazy dog's back.
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This is the second column.
The qucik brown fox jumped over the lazy dog's back.
T}
last line last line
.TE
The qucik brown fox jumped over the lazy dog's back.
.IP c
This is the last item.
.PP
All done.
The qucik brown fox jumped over the lazy dog's back.
.pl1
sample47 254084282 3 3 100664 188 `
.TS
c c s s s
c c c c c
n n n n n.
situation
group A B C D
1 .90 .40 .10 .02
2 .08 .30 .20 .08
3 .01 .20 .30 .10
4 .008 .05 .20 .15
5 .002 .01 .10 .20
6 -- -- .01 .20
7 -- -- .03 .25
.TE
sample48 257627439 3 3 100664 465 `
.LP
How now brown cow.
.sp 42
Bah bah black sheep.
.TS
l lw(4i) lw(.75i).
This T{
hoboken harrison newark roseville avenue grove street
east orange brick church orange highland avenue
mountain station south orange maplewood millburn short hills
summit chatham madison convent station morristown
new providence murray hill berkeley heights
gillette stirling millington lyons basking ridge
bernardsville far hills peapack gladstone
T} T{
This is much shorter.
T}
.TE
sample49 258485039 3 3 100664 871 `
.TS
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line 196
line 197
line 198
xxx line 199
zzz line 200
yyy line 201
line 202
.TE
sample50 258921400 3 3 100664 91 `
.sp 1i
.TS
l a l.
_
Call originate prioity 1 functional terminal
_ _
previous call
_
.TE
sample51 260307468 3 3 100664 73 `
.TS
l l l l .
.sp
_
DSR Center
Code P/D Type Code
DSR +N XXX XXX
_
.TE
sample52 274827020 3 3 100664 146 `
.sp 2
.TS
box ;
cb|cb|cb|cb
cb|cb|cb|cb
^|^|^|cb.
FILE FILE BLOCK BLOCK
DESIGNATION NAME TYPE SIZE*
(BYTES)
_
.T&
c s s s.
- STEP 1 -
_
.TE
sample53 281022423 3 3 100664 226 `
.sp 1i
.ps 18
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.TS
doublebox expand center;
cI s s
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_
/dev/(r)rp /dev/(r)rp
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.sp .2v
.TE
sample54 311957371 3 3 100664 1063 `
.TS
tab(:) box center;
c c c c c s c s c s c s c s c s c s c s c s c s c s c s
n1 l1 n1 n1 r0 l1 r0 l1 r0 l1 r0 l1 r0 l1 r0 l1 r0 l1 r0 l1 r0 l1 r0 l1 r0 l1 r0 l0 .
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_
1:Dzindzihashvili:2595:2563:4:D:10:W:2:W:7:D:3:D:5:D:6:W:8:W:11:D:9:L:12:W:7:+
2:Shamkovich:2495:2529:3:W:5:D:1:L:8:D:11:W:9:D:12:W:4:D:10:W:6:D:7:D:7:
3:Bisguier:2445:2529:2:L:7:D:6:D:5:D:1:D:8:W:11:W:9:W:12:W:4:L:10:W:7:
4:Soltis:2445:2529:1:D:8:L:11:D:9:W:12:W:6:W:10:W:2:D:7:D:3:W:5:L:7:
5:Zaltsman:2470:2467:10:L:2:D:7:L:3:D:6:D:1:D:8:L:11:W:9:W:12:W:4:W:6:
6:Fedorowicz:2405:2467:7:D:9:W:3:D:12:W:5:D:4:L:1:L:10:D:8:W:2:D:11:D:6:
7:Biyiasas:2485:2407:6:D:3:D:5:W:1:D:8:L:11:L:9:L:12:D:4:D:10:W:2:D:5:
8:Garcia:2410:2407:12:L:4:W:10:L:2:D:7:W:3:L:5:W:1:L:6:L:11:W:9:D:5:
9:Zapata:2375:2407:11:W:6:L:12:L:4:L:10:W:2:D:7:W:3:L:5:L:1:W:8:D:5:
10:La Rota:2310:2376:5:W:1:L:8:W:11:W:9:L:12:W:4:L:6:D:2:L:7:L:3:L:4:+
11:Valvo:2460:2312:9:L:12:W:4:D:10:L:2:L:7:W:3:L:5:L:1:D:8:L:6:D:3:+
12:Ostos:2360:2239:8:W:11:L:9:W:6:L:4:L:10:L:2:L:7:D:3:L:5:L:1:L:2:+
.TE
sample55 537807741 41 4 100664 578 `
.TS
center box;
cI s s
lfCW lfCW lfCW
lfCW lfCW lfCW
lfCW lfCW lfCW
lfCW lfCW lfCW.
Branch Table
a: jump a_code
b: jump b_code
c: jump c_code
.T&
cI s s
lfCW s s.
Real Code
b_code(...) { ... }
a_code(...) { ... }
c_code(...) { ... }
.TE
.TS
center;
cIw(2.5i)
_
| afCW |
| afCW |
c.
import.h
#define datum (*datum_ptr)
#define print (*print_ptr)
_
.TE
.TS
center;
cIw(2.5i)
_
| afCW |
| afCW |
| afCW |
| afCW |
| afCW |
| afCW |
| afCW |
| afCW |
c.
\fRNew\fP file.c
#include "import.h"
extern int datum;
extern void print( );
\&...
value = datum;
print(value);
\&...
_
.TE
sample56 549124945 41 4 100664 2470 `
.po .25i
.ll 7.5i
.in 0
.sp 2
.in 6.5i
.nf
Sanction No.
83-R-xxx
.in
.ce
.ps 12
.vs 14
Official Entry Form
.sp
.nf
.ce 100
.TS
l1l.
Event: \fBThe Unbeatable Clinton Ford Regionals\fR
Date: \fBSeptember 24, 1983\fR
Entry Deadline: \fBSeptember 17, 1983\fR
.TE
.ps 10
.vs 12
.sp
.ce 2
Make check or money order payable to:
\fB``Northern New Jersey Region SCCA Inc.''\fR
.mk
.TS
l1l1r1l.
Entry Fee: \fBRegional $85\fR
\fRLate entry $10 additional\fR
.TE
\fB(Circle amount enclosed)
.rt
.in 4.75i
.TS
l1l.
\s+2Mail to:\s-2 Donna Anger
22 William St.
Red Bank, N.J.07701
(201) 530-1838
.TE
.in 0
.ll 7.i
.sp
.fi
This will be conducted according to the SCCA General
Competition Rules, their amendments and the
supplementary regulations for this events.
A separate entry form must be filled out for each car and driver.
.TS
expand;
lsss||lw(1i)
lw(1.5i)lw(1.5i)lw(1.5i)lw(1.5i)||l
lss|l||l
lll|l||l
l|l|l|l||l
l|l|l|l||l
l|l|l|l||l
l|l|l|l||l
l|l|l|l||l
l|l|l|l||l
l|l|l|l||l
l|l|l|l||l
l|l|l|l||l
lss|l||l
lll|l||l
l|l|l|l||l
l|l|l|l||l
lsss||l
llll||l
lsss||l
llll||l
lp8sss||l
lsls||l.
=
Driver's Name \fB Organizer\fR
.sp
_ _ _ _ \fB Use Only\fR
Street City
.sp
_ _ _ _
State Zip Home Phone Business Phone Entry No.
.sp 2
_ _ _ _ Race No.
License No. License Type Membership No. Region of Record
.sp 2
= = = =
Car Class/Category Make Model Color Car No.
.sp 2
_ _ _ _
Car No. 1st 2nd 3rd
Preferred list? Class/Cat.
.sp
= = = =
Insurance Beneficiary Relationship
.sp
_ _ _ _
Street City State Zip Date Mailed
.sp 2
= = = =
Sponsor Received
.sp
_ _ _ _
Entrant Notified
.sp
= = = = Fee Pd.
T{
.ll 5.60i
I hereby agree that the car and driver, as described above, are to appear
at these race meets to compete under the current General Competition Rules
and amendments of the Sports Car Club of America, Inc. and
the supplementary regulations of these events.
I affirm that the car entered complies with all requirements for the class
and category in which it is entered and that all of the information
provided on this entry form is valid and accurate on this date of
\l'1.5i'.
T}
Driver Signature\l'2i' Entrant Signature\l'2i'
=
.TE
.ps 12
\fBCrew must be 16 years of age or older. \fR
.TS
ll.
1\l'2.5i'\fBFree\fR 5\l'3i'
2\l'2.5i'\fBFree\fR 6\l'3i'
3\l'2.5i'\fBFree\fR 7\l'3i'
4\l'3i' 8\l'3i'
.TE
.ft B
Important: This form must be completely, accurately and legibly filled out
for the entry to be considered for participation.
.ft R