given that the input b is true and the input c is true, how would the value of input a affect the final…

given that the input b is true and the input c is true, how would the value of input a affect the final output? answer the output will be true no matter what the value of input a is. the output will be false no matter what the value of input a is. if a is true then output will be true. if a is false then output will be false. if a is true then output will be false. if a is false then output will be true.

given that the input b is true and the input c is true, how would the value of input a affect the final output? answer the output will be true no matter what the value of input a is. the output will be false no matter what the value of input a is. if a is true then output will be true. if a is false then output will be false. if a is true then output will be false. if a is false then output will be true.

Answer

Explanation:

Step1: Evaluate NOT C

Given $C = \text{true}$, $\text{NOT } C = \text{false}$

Step2: Evaluate (NOT A) OR B

Given $B = \text{true}$, for any value of $A$:

  • If $A = \text{true}$, $\text{NOT } A = \text{false}$, so $\text{false OR true} = \text{true}$
  • If $A = \text{false}$, $\text{NOT } A = \text{true}$, so $\text{true OR true} = \text{true}$

Step3: Evaluate final AND operation

The final output is $[(\text{NOT } A) \text{ OR } B] \text{ AND } (\text{NOT } C)$. Substitute values: $\text{true AND false} = \text{false}$ This result holds for any value of $A$.

Answer:

The output will be false no matter what the value of input A is.