a. How many unique nodes are in this circuit?\ b. If

y=ab+b^(')c^(')+c

, is

y

True or False when

a=

False,

b=

False,

c=

False?\ c. Convert this Boolean logic expression to digital shorthand notation:\

y=a

OR NOT

b

AND

c

OR a AND NOT

b

\ d. For the timing diagram shown on the right, defil the value of

Y=f(A,B)

at each segment

0-6

, assuming

Y=A+B

. Note, your answer should

t

sequence of seven 1 's and 0 's, like

Y=

1,0,1,0,1,0,1

.\ e. Repeat part (d) assuming

Y=(AB)

.\ f. Sketch the digital circuit schematic for

z=w(x+yw^('))^(')

a. How many unique nodes are in this circuit? b. If y=ab+bc+c, is y True or False when a= False, b= False, c= False? c. Convert this Boolean logic expression to digital shorthand notation: y=a OR NOT b AND c OR a AND NOT b d. For the timing diagram shown on the right, defi the value of Y=f(A,B) at each segment 0-6, assuming Y=A+B. Note, your answer should sequence of seven 1's and 0 's, like Y= 1,0,1,0,1,0,1. e. Repeat part (d) assuming Y=(AB). f. Sketch the digital circuit schematic for z=w(x+ywx) a. How many unique nodes are in this circuit? b. If y=ab+bc+c, is y True or False when a= False, b= False, c= False? c. Convert this Boolean logic expression to digital shorthand notation: y=a OR NOT b AND c OR a AND NOT b d. For the timing diagram shown on the right, defi the value of Y=f(A,B) at each segment 0-6, assuming Y=A+B. Note, your answer should sequence of seven 1's and 0 's, like Y= 1,0,1,0,1,0,1. e. Repeat part (d) assuming Y=(AB). f. Sketch the digital circuit schematic for z=w(x+ywx)