Sean P. August

1.a. (100)(001)(000)(110)(011)(010)(111)(101)
b.(102)
c.(7c)
d.(17)
e.(11)
f.(21)
g.(222)
h.(18)
2.(S)Dec.(83)Hex(53)Octal(123)Binary(01010011)
(P)Dec.(80)Hex(50)Octal(120)Binary(01010000)
(A)Dec.(65)Hex(41)Octal(101)Binary(01000001)
3.(X)Dec.(78)ASCII(N)Hex(4E)Binary(01001110)Complement(10110001)
(Y)Dec.(90)ASCII(Z)Hex(5A)Binary(01011010)Complement(10100101)
(Z)Dec.(97)ASCII(a)Hex(61)Binary()1100001)Complement(10011110)
4.(X')(10110001)OnesComp(-78)TwoComp(-78)SignMag(-78)offset(-128)
(Y')(10100101)OnesComp(-90)TwoComp(-90)SignMag(-90)offset(-128)
(z')(10011110)OnesComp(-90)TwoComp(-90)SignMag(-90)offset(-128)
5.a.(XYZ)(Grayish blue)
b.(XY0)(yellowish green)
c.(XXX)(Gray)
d.(X'Y'Z')(Purpleish)
e.(X'0Z')(Greenish)
f.(Y'Y'Y')(Black)
g.It would be a whiteish gray.
6.a.15 bits
b.32769
c.29bits
d.536870913
e.1,048,576
f.2,097,152
g.34 bits
7.a.300,000,000,000
b.200,000,000
c.2,000,000,000
d.2GHz
e.200MHz
8.[(A + C') + (BC)] = (AB) * (BC) * (A + C')
(A)(TTTTFFFF)(B)(TTFFTTFF)(C)(TFTFTFTF)(C')(FTFTFTFT)(AB)(TTFFFFFF)(BC)(TFFFTFFF)(A+C')(TTTTFTFT)
[(A+C')+(BC)](TTTTTTFT)
9.X = (A+B)*C
10. A'C * B'+C' = A'+B' + B'+C' + A'C
X=A'B'+C'
11.It would contain many circuits for it would need values for each A,B,C and the operations of the AND and OR options and a circuit to add and hold the values and not gates for other values.