A. NOT gate
B. AND gate
C. OR gate
D. XOR gate
Check Answer
The correct answer is B) AND gate.
The statement “All inputs must be in ON position to have an output” is true for an AND gate. An AND gate is a digital logic gate that produces an output that is only “true” (or “on”) when all of its inputs are “true” (or “on”). If any input is “false” (or “off”), the output will also be “false” (or “off”).
Option A (NOT gate) is incorrect because a NOT gate produces an output that is the opposite of its input. If the input is “true”, the output is “false”, and vice versa.
Option C (OR gate) is incorrect because an OR gate produces an output that is “true” (or “on”) if any of its inputs are “true” (or “on”). The output is only “false” (or “off”) if all of the inputs are “false” (or “off”).
Option D (XOR gate) is incorrect because an XOR gate produces an output that is “true” (or “on”) if the inputs are different. If both inputs are the same, the output is “false” (or “off”).
The statement “All inputs must be in ON position to have an output” is true for an AND gate. An AND gate is a digital logic gate that produces an output that is only “true” (or “on”) when all of its inputs are “true” (or “on”). If any input is “false” (or “off”), the output will also be “false” (or “off”).
Option A (NOT gate) is incorrect because a NOT gate produces an output that is the opposite of its input. If the input is “true”, the output is “false”, and vice versa.
Option C (OR gate) is incorrect because an OR gate produces an output that is “true” (or “on”) if any of its inputs are “true” (or “on”). The output is only “false” (or “off”) if all of the inputs are “false” (or “off”).
Option D (XOR gate) is incorrect because an XOR gate produces an output that is “true” (or “on”) if the inputs are different. If both inputs are the same, the output is “false” (or “off”).
