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The AND gate uses two imputs to allow an output at the end. For example, if A is pressed and B isn't, Y won't create an outpt. It will only create an output if both A and B are pressed together.

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The output is true if one or both of the inputs are true. If both inputs are false, then the output is false.

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This gate works on the basic that when the input is ON the output is OFF and vice versa.

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An example of an AND gate

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An Or gate has 2 input and 1 output. To turn the output on, you must activate only 1 of the 2 switches. Hence the name" OR GATE"

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This is a NOT Gate above

If the input is true, then the output will be false. Similarly, a false input results in a true output.

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Buffer gates have only one Input, its Output follows the same Logic State as the Input

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We are going to continue with the last gate which is the “OR” gate on the right. The “OR” logical operation produces a “Low” output if all of its input are “0s”. If one or multiples of its inputs are “1s”, the output of the “OR” logic gate will be a “1”. In our case, one of its inputs is a “1” which means the output of the right “OR” gate is going to be “1”. Below you can find the final figure after analyzing this specific inputs combination with its resulting output:

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It has one input and the output will be the same as the input

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The XOR (exclusive-OR) gate acts in the same way as the logical "either/or." The output is true if either, but not both, of the inputs are true. The output is false if both inputs are "false" or if both inputs are true. Similarly, the output is 1 if the inputs are different but 0 if the inputs are the same.

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Video of what an AND gates is

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a video on buffer gates

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A NOR gate is a digital logic gate that gives an output of 0 when any of its inputs are 1, otherwise 1. NOR gates can be made to produce a variety of logic gates, including OR and AND gates. The output of the NOR gate is a logic 0 as long as the input voltage is below the threshold.

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An AND gate has two or more inputs and one output, and if the inputs applied to it are all 1, then the output will be 1. An AND gate is an electrical circuit that combines two signals so that the output is on if both signals are present.

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A NAND gate is defined as a fundamental building block in digital electronics that uses NOT-AND logic to control electronic signal flow, which is essential for various computing applications. Its unique combination enables a NAND gate to play a crucial role in circuit design and logic operations

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A NAND gate is defined as a fundamental building block in digital electronics that uses NOT-AND logic to control electronic signal flow, which is essential for various computing applications. Its unique combination enables a NAND gate to play a crucial role in circuit design and logic operations