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The circuit diagram shown here corresponds to the logic gate
- a)OR
- b)NAND
- c)NOR
- d)AND
Correct answer is option 'C'. Can you explain this answer?
Verified Answer
The circuit diagram shown here corresponds to the logic gatea)ORb)NAND...
CONCEPT:
- OR gate - The OR gate is defined as the gate in which if one of the inputs is true then the result will also true.
- AND gate - The AND gate is defined as the gate in which if one of the inputs is false then the result will also false.
- NOT gate - The NOT gate is defined as the output attains state 1 if and only if the input does not attain state 1.
- NOR gate - NOR gate is defined as it is the combination of NOT and OR gate.
CALCULATION:
Let us the different cases.
Case I - When A = 0, B = 0
The LED will glow.
Therefore, Y = 1
Case II - When A = 1, B = 0
The LED will not glow.
Therefore, Y = 0
Case III - When A = 0, B = 1
The LED will not glow.
Therefore, Y = 0
Case IV - When A = 1, B = 1
The LED will glow.
Therefore, Y = 0
The truth table is written as;
Here we see the results it will show the nature of NOR.
Hence, option 3) is the correct answer.
Let us the different cases.
Case I - When A = 0, B = 0
The LED will glow.
Therefore, Y = 1
Case II - When A = 1, B = 0
The LED will not glow.
Therefore, Y = 0
Case III - When A = 0, B = 1
The LED will not glow.
Therefore, Y = 0
Case IV - When A = 1, B = 1
The LED will glow.
Therefore, Y = 0
The truth table is written as;
Here we see the results it will show the nature of NOR.
Hence, option 3) is the correct answer.
Most Upvoted Answer
The circuit diagram shown here corresponds to the logic gatea)ORb)NAND...
CONCEPT:
- OR gate - The OR gate is defined as the gate in which if one of the inputs is true then the result will also true.
- AND gate - The AND gate is defined as the gate in which if one of the inputs is false then the result will also false.
- NOT gate - The NOT gate is defined as the output attains state 1 if and only if the input does not attain state 1.
- NOR gate - NOR gate is defined as it is the combination of NOT and OR gate.
CALCULATION:
Let us the different cases.
Case I - When A = 0, B = 0
The LED will glow.
Therefore, Y = 1
Case II - When A = 1, B = 0
The LED will not glow.
Therefore, Y = 0
Case III - When A = 0, B = 1
The LED will not glow.
Therefore, Y = 0
Case IV - When A = 1, B = 1
The LED will glow.
Therefore, Y = 0
The truth table is written as;
Here we see the results it will show the nature of NOR.
Hence, option 3) is the correct answer.
Let us the different cases.
Case I - When A = 0, B = 0
The LED will glow.
Therefore, Y = 1
Case II - When A = 1, B = 0
The LED will not glow.
Therefore, Y = 0
Case III - When A = 0, B = 1
The LED will not glow.
Therefore, Y = 0
Case IV - When A = 1, B = 1
The LED will glow.
Therefore, Y = 0
The truth table is written as;
Here we see the results it will show the nature of NOR.
Hence, option 3) is the correct answer.
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Question Description
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