*Please help answer #1 (a.b.c) , #2 (a.b,c), and #3(a,b)

1. OR/NOR GATE:

1.a. The OR gate can enable/disable a digital signal on one input, forcing the output to be (zero, one) by setting the other input to (zero, one)?

i. zero, zero

ii. zero, one

iii. one, zero

iv. one, one

1.b. The logical OR can (clear, set) bits in a destination register (R1) like this: OR R1,R2

i. clear

ii. set

1.c. The NOR gate can enable/disable a digital signal on one input, forcing the output to be (zero, one) by setting the other input to (zero, one)?

i. zero, zero

ii. zero, one

iii. one, zero

iv. one, one

2. AND/NAND GATE:

2.a. The AND gate can enable/disable a digital signal on one input, forcing the output to be (zero, one) by setting the other input to (zero, one)?

i. zero, zero

ii. zero, one

iii. one, zero

iv. one, one

2.b. The logical AND can (clear, set) bits in a destination register (R1) like this: AND R1,R2

i. clear

ii. set

2.c. The NAND gate can enable/disable a digital signal by forcing the output to be (zero, one) by setting one of the inputs to (zero, one)?

i. zero, zero

ii. zero, one

iii. one, zero

iv. one, one

3. XOR Gate:

3.a. The XOR gate can be used to flip bits in a register. (True, False)

i. True

ii. False

3.b. The XOR gate can be used as a controllable inverter of a digital signal. Set the control input to (zero, one) and the output will be the inverse of the signal input.

i. zero

ii. one