Prelo
1
O
.
A
1
+
Theorem
⑫
You
cri)
+
can
=
(A 1) + (c+D
+
Associative
:
make
one
input
use
o
negoted connector/you
block out
can
one
input entirety
⑪
You
connect
and them
gote
⑰4
can
A
fwe inputs for enimple
connect
that
to
PB
A
to
2-input AND
the final gote moking (A B) 2
0
·
-
A
& is
A
B
0
O
⑧
P
00
f
I
p
O
00
↑
0
10
g
.
A B
.
B
r
I
000
10
I
I
I
I
A B
.
O
.. Both gates
are
equal
is
1
100
Eas
gott
+
gate
O
⑪
No questor
⑯
DSSD
-
SAB
=
i
J
A
3
=
S3
:
A B
.
-
-
-
4
-
D
-
i
0
S . AB 5
=
①
-
kaS : e
M
m
88
--
So A B
=
D
-I
S(A +B)
D
④
8
-
I
-
S(-+B)
D·
-
-
-otjo-JoA
S(AB)
=
L
BtjotD-i
S AB
.
.
=
R
i
⑰
2-input
XOR = 4
duol I-input
NAND
S-input
NAND = 6
2input
NOT
Y
=
=
4
=
8
2-inpt
4-input
⑱
AND-NOR
NAND =
4
NOR= 8
inverter
(5I,
+
=
12
SI ,)
S
=
Select line
FoT
Input
Yz Output
-
T
0
-
.
-D-r)--Do0
-
T
z
I
i
⑪
Ary
B
z
=
w
↳
De
Ee
⑰N
Print
X
W
the
layout 3
times
4 out
⑪
put
-
0-
Zoutput Demuse
⑧
8
-
wit
4-input
pomose
I
I
0-G
p10
-
H
bemus
2 output
DeMUN
O
-
⑰
A
O B
-
I
0-A
⑤B
O
->
O
e
0 D
-
Koutput DeMUR
2 output
2 output
DeMUN
DeMUN
⑮8
e
!
wit
E
2
nput
.
Mus
It
*
⑯
w
~
-Du
-D
·
Y
Z
·
↳
I
D
⑰
⑥ si s
⑧
⑧
-8
⑧
~D
I
-
⑭
⑤
①
⑧
②
⑧
①
⑥
448
=
S
F
s
!
ie
Buyinogff
got
e
Di
D
⑫
⑬
Ys
0-
⑭
Y
Do
10
Do
la
-
⑮
⑭
⑦
⑮
⑯
⑧
⑱
⑭
⑪
⑲
⑬
⑫
⑧
⑳
sta
-⑯
C
⑪
X
-
②
S
a
⑧
⑥