Respuesta :

absor201

Answer:

Therefore, given that input A is true and the input B is false, then the resulting value of  the output will be 'False'.

Hence, option B is true.

Explanation:

Given

input A = T

input B = F

OR GATE:

INPUTS                    OUTPUT

A        B                         C

T        F                          T

It means when the inputs of the OR GATE is 'T' and 'F' respectively, the output would be 'T'.

Then if we implement NOT gate on the output 'T', the final output will be 'F'.

Because the NOT gate would just convert the 'T' into 'F'.

Therefore, given that input A is true and the input B is false, then the resulting value of  the output will be 'False'.

Hence, option B is true.

In the given question we use OR and NOT gate which can be explained as follows:

  • The OR gate is a type of digital logic gate that generates a 1 if any of its inputs is a 1, else it produces a 0.
  • The OR gate functions analogously to two parallel switches that feed a light, so that when either switch is closed, the light is turned on.
  • The NOT gate is a type of electrical circuit that produces an inverted replica of its input at its output.
  • An inverter is another name for it. If the input variable is A, the inverted output is referred to as NOT A.
  • It is alternatively represented as "A" or "A with a bar over the top," as seen in the outputs.

Explanation of code:

  • In this graph when A is "True" and B is not true, which means "False" and we pass both the value into OR gate its value will be "True".  

Therefore, the final answer is option a that is "true".

Learn more about the logic gate:

brainly.com/question/13283896

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