xsvmmy/logic-gates-train-gemma · Datasets at Hugging Face

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	An AND gate outputs 1 (true) only if all its inputs are 1 (true). If any input is 0 (false) the output is 0 (false).
	A NAND gate outputs 0 (false) only when all of its inputs are 1 (true). If one or both of the inputs are 0 the output is 1.
	A NOR gate outputs 1 (true) if and only if all its inputs are 0 (false). If any of the inputs are 1 the output is 0.
	A NOT gate performs logical negation. If the input is 1 (true) the output will be 0 (false) and vice versa.
	The OR gate outputs 1 (true) if any of its inputs is 1 (true) otherwise it outputs 0 (false).
	A XOR gate outputs 1 (true) only when one and not both of its two inputs are 1 (true). If both inputs are all 1 (true) or all 0 (false) the output is 0 (false).
	An AND gate outputs true if all inputs are true and outputs false if at least one input is false.
	A NOT gate outputs true if the input is false and outputs false if the input is true. Simply the NOT gate inverts the input.
	An OR gate outputs true if at least one input is true and outputs false if all inputs are false.
	A NAND gate outputs false if all inputs are true and outputs true if at least one input is false.
	A NOR gate outputs true if all inputs are false and outputs false if at least one input is true.
	A XOR gate outputs true when only one input is true and outputs false either if all inputs are true or all inputs are false.
	An AND gate takes in at least two input values and outputs one output. The output is true only if all input variables are true.
	A NAND gate only outputs false if all input variables are true. NAND is the logical opposite of AND.
	A NOR gate outputs only true if all input variables are false.
	A NOT gate inverts the polarity of the input. The output will be 1 if the input is 0 and vice versa.
	An OR gate outputs true if any input variables are true. The output is false if all input variables are false.
	A XOR gate outputs true if only one input variable is true. The output is false if more or less than one input variable is true.
	An AND gate outputs 1 if all inputs are 1 and outputs 0 if one or more inputs are 0.
	A NAND gate outputs 0 if all inputs are 1. The gate outputs 1 if any inputs are 0.
	A NOR gate outputs if 1 if all inputs are 0. The gate outputs 0 if any inputs are 1.
	A NOT gate outputs 1 if the input is 0 and outputs 0 if the input is 1.
	An OR gate outputs 1 if any inputs are 1. The gate outputs 0 if all inputs are 0.
	A XOR gate outputs 1 if only one input is 1. The gate outputs 0 if more or less than one input is 1.
	An AND gate outputs 1 (true) only if all its inputs are 1 (true). If any input is 0 (false) the output is 0 (false).
	A NAND gate outputs 0 (false) only when all of its inputs are 1 (true). If one or both of the inputs are 0 the output is 1.
	A NOR gate outputs 1 (true) if and only if all its inputs are 0 (false). If any of the inputs are 1 the output is 0.
	A NOT gate performs logical negation. If the input is 1 (true) the output will be 0 (false) and vice versa.
	The OR gate outputs 1 (true) if any of its inputs is 1 (true) otherwise it outputs 0 (false).
	A XOR gate outputs 1 (true) only when one and not both of its two inputs are 1 (true). If both inputs are all 1 (true) or all 0 (false) the output is 0 (false).
	An AND gate outputs 1 (true) only if all its inputs are 1 (true). If any input is 0 (false) the output is 0 (false).
	A NAND gate outputs 0 (false) only when all of its inputs are 1 (true). If one or both of the inputs are 0 the output is 1.
	A NOR gate outputs 1 (true) if and only if all its inputs are 0 (false). If any of the inputs are 1 the output is 0.
	A NOT gate performs logical negation. If the input is 1 (true) the output will be 0 (false) and vice versa.
	The OR gate outputs 1 (true) if any of its inputs is 1 (true) otherwise it outputs 0 (false).
	A XOR gate outputs 1 (true) only when one and not both of its two inputs are 1 (true). If both inputs are all 1 (true) or all 0 (false) the output is 0 (false).
	An AND gate outputs true if all inputs are true and outputs false if at least one input is false.
	A NOT gate outputs true if the input is false and outputs false if the input is true. Simply the NOT gate inverts the input.
	An OR gate outputs true if at least one input is true and outputs false if all inputs are false.
	A NAND gate outputs false if all inputs are true and outputs true if at least one input is false.
	A NOR gate outputs true if all inputs are false and outputs false if at least one input is true.
	A XOR gate outputs true when only one input is true and outputs false either if all inputs are true or all inputs are false.
	An AND gate outputs true if all inputs are true and outputs false if at least one input is false.
	A NOT gate outputs true if the input is false and outputs false if the input is true. Simply the NOT gate inverts the input.
	An OR gate outputs true if at least one input is true and outputs false if all inputs are false.
	A NAND gate outputs false if all inputs are true and outputs true if at least one input is false.
	A NOR gate outputs true if all inputs are false and outputs false if at least one input is true.
	A XOR gate outputs true when only one input is true and outputs false either if all inputs are true or all inputs are false.
	An AND gate outputs 1 if all inputs are 1 and outputs 0 if one or more inputs are 0.
	A NAND gate outputs 0 if all inputs are 1. The gate outputs 1 if any inputs are 0.
	A NOR gate outputs if 1 if all inputs are 0. The gate outputs 0 if any inputs are 1.
	A NOT gate outputs 1 if the input is 0 and outputs 0 if the input is 1.
	An OR gate outputs 1 if any inputs are 1. The gate outputs 0 if all inputs are 0.
	A XOR gate outputs 1 if only one input is 1. The gate outputs 0 if more or less than one input is 1.
	An AND gate outputs 1 if all inputs are 1 and outputs 0 if one or more inputs are 0.
	A NAND gate outputs 0 if all inputs are 1. The gate outputs 1 if any inputs are 0.
	A NOR gate outputs if 1 if all inputs are 0. The gate outputs 0 if any inputs are 1.
	A NOT gate outputs 1 if the input is 0 and outputs 0 if the input is 1.
	An OR gate outputs 1 if any inputs are 1. The gate outputs 0 if all inputs are 0.
	A XOR gate outputs 1 if only one input is 1. The gate outputs 0 if more or less than one input is 1.
	An AND gate outputs 1 (true) only if all its inputs are 1 (true). If any input is 0 (false) the output is 0 (false).
	A NAND gate outputs 0 (false) only when all of its inputs are 1 (true). If one or both of the inputs are 0 the output is 1.
	A NOR gate outputs 1 (true) if and only if all its inputs are 0 (false). If any of the inputs are 1 the output is 0.
	A NOT gate performs logical negation. If the input is 1 (true) the output will be 0 (false) and vice versa.
	The OR gate outputs 1 (true) if any of its inputs is 1 (true) otherwise it outputs 0 (false).
	A XOR gate outputs 1 (true) only when one and not both of its two inputs are 1 (true). If both inputs are all 1 (true) or all 0 (false) the output is 0 (false).
	An AND gate outputs 1 (true) only if all its inputs are 1 (true). If any input is 0 (false) the output is 0 (false).
	A NAND gate outputs 0 (false) only when all of its inputs are 1 (true). If one or both of the inputs are 0 the output is 1.
	A NOR gate outputs 1 (true) if and only if all its inputs are 0 (false). If any of the inputs are 1 the output is 0.
	A NOT gate performs logical negation. If the input is 1 (true) the output will be 0 (false) and vice versa.
	The OR gate outputs 1 (true) if any of its inputs is 1 (true) otherwise it outputs 0 (false).
	A XOR gate outputs 1 (true) only when one and not both of its two inputs are 1 (true). If both inputs are all 1 (true) or all 0 (false) the output is 0 (false).

An AND gate outputs 1 (true) only if all its inputs are 1 (true). If any input is 0 (false) the output is 0 (false).

A NAND gate outputs 0 (false) only when all of its inputs are 1 (true). If one or both of the inputs are 0 the output is 1.

A NOR gate outputs 1 (true) if and only if all its inputs are 0 (false). If any of the inputs are 1 the output is 0.

A NOT gate performs logical negation. If the input is 1 (true) the output will be 0 (false) and vice versa.

The OR gate outputs 1 (true) if any of its inputs is 1 (true) otherwise it outputs 0 (false).

A XOR gate outputs 1 (true) only when one and not both of its two inputs are 1 (true). If both inputs are all 1 (true) or all 0 (false) the output is 0 (false).

An AND gate outputs true if all inputs are true and outputs false if at least one input is false.

A NOT gate outputs true if the input is false and outputs false if the input is true. Simply the NOT gate inverts the input.

An OR gate outputs true if at least one input is true and outputs false if all inputs are false.

A NAND gate outputs false if all inputs are true and outputs true if at least one input is false.

A NOR gate outputs true if all inputs are false and outputs false if at least one input is true.

A XOR gate outputs true when only one input is true and outputs false either if all inputs are true or all inputs are false.

An AND gate takes in at least two input values and outputs one output. The output is true only if all input variables are true.

A NAND gate only outputs false if all input variables are true. NAND is the logical opposite of AND.

A NOR gate outputs only true if all input variables are false.

A NOT gate inverts the polarity of the input. The output will be 1 if the input is 0 and vice versa.

An OR gate outputs true if any input variables are true. The output is false if all input variables are false.

A XOR gate outputs true if only one input variable is true. The output is false if more or less than one input variable is true.

An AND gate outputs 1 if all inputs are 1 and outputs 0 if one or more inputs are 0.

A NAND gate outputs 0 if all inputs are 1. The gate outputs 1 if any inputs are 0.

A NOR gate outputs if 1 if all inputs are 0. The gate outputs 0 if any inputs are 1.

A NOT gate outputs 1 if the input is 0 and outputs 0 if the input is 1.

An OR gate outputs 1 if any inputs are 1. The gate outputs 0 if all inputs are 0.

A XOR gate outputs 1 if only one input is 1. The gate outputs 0 if more or less than one input is 1.

An AND gate outputs 1 (true) only if all its inputs are 1 (true). If any input is 0 (false) the output is 0 (false).

A NAND gate outputs 0 (false) only when all of its inputs are 1 (true). If one or both of the inputs are 0 the output is 1.

A NOR gate outputs 1 (true) if and only if all its inputs are 0 (false). If any of the inputs are 1 the output is 0.

A NOT gate performs logical negation. If the input is 1 (true) the output will be 0 (false) and vice versa.

The OR gate outputs 1 (true) if any of its inputs is 1 (true) otherwise it outputs 0 (false).

A XOR gate outputs 1 (true) only when one and not both of its two inputs are 1 (true). If both inputs are all 1 (true) or all 0 (false) the output is 0 (false).

An AND gate outputs 1 (true) only if all its inputs are 1 (true). If any input is 0 (false) the output is 0 (false).

A NAND gate outputs 0 (false) only when all of its inputs are 1 (true). If one or both of the inputs are 0 the output is 1.

A NOR gate outputs 1 (true) if and only if all its inputs are 0 (false). If any of the inputs are 1 the output is 0.

A NOT gate performs logical negation. If the input is 1 (true) the output will be 0 (false) and vice versa.

The OR gate outputs 1 (true) if any of its inputs is 1 (true) otherwise it outputs 0 (false).

A XOR gate outputs 1 (true) only when one and not both of its two inputs are 1 (true). If both inputs are all 1 (true) or all 0 (false) the output is 0 (false).

An AND gate outputs true if all inputs are true and outputs false if at least one input is false.

A NOT gate outputs true if the input is false and outputs false if the input is true. Simply the NOT gate inverts the input.

An OR gate outputs true if at least one input is true and outputs false if all inputs are false.

A NAND gate outputs false if all inputs are true and outputs true if at least one input is false.

A NOR gate outputs true if all inputs are false and outputs false if at least one input is true.

A XOR gate outputs true when only one input is true and outputs false either if all inputs are true or all inputs are false.

An AND gate outputs true if all inputs are true and outputs false if at least one input is false.

A NOT gate outputs true if the input is false and outputs false if the input is true. Simply the NOT gate inverts the input.

An OR gate outputs true if at least one input is true and outputs false if all inputs are false.

A NAND gate outputs false if all inputs are true and outputs true if at least one input is false.

A NOR gate outputs true if all inputs are false and outputs false if at least one input is true.

A XOR gate outputs true when only one input is true and outputs false either if all inputs are true or all inputs are false.

An AND gate outputs 1 if all inputs are 1 and outputs 0 if one or more inputs are 0.

A NAND gate outputs 0 if all inputs are 1. The gate outputs 1 if any inputs are 0.

A NOR gate outputs if 1 if all inputs are 0. The gate outputs 0 if any inputs are 1.

A NOT gate outputs 1 if the input is 0 and outputs 0 if the input is 1.

An OR gate outputs 1 if any inputs are 1. The gate outputs 0 if all inputs are 0.

A XOR gate outputs 1 if only one input is 1. The gate outputs 0 if more or less than one input is 1.

An AND gate outputs 1 if all inputs are 1 and outputs 0 if one or more inputs are 0.

A NAND gate outputs 0 if all inputs are 1. The gate outputs 1 if any inputs are 0.

A NOR gate outputs if 1 if all inputs are 0. The gate outputs 0 if any inputs are 1.

A NOT gate outputs 1 if the input is 0 and outputs 0 if the input is 1.

An OR gate outputs 1 if any inputs are 1. The gate outputs 0 if all inputs are 0.

A XOR gate outputs 1 if only one input is 1. The gate outputs 0 if more or less than one input is 1.

An AND gate outputs 1 (true) only if all its inputs are 1 (true). If any input is 0 (false) the output is 0 (false).

A NAND gate outputs 0 (false) only when all of its inputs are 1 (true). If one or both of the inputs are 0 the output is 1.

A NOR gate outputs 1 (true) if and only if all its inputs are 0 (false). If any of the inputs are 1 the output is 0.

A NOT gate performs logical negation. If the input is 1 (true) the output will be 0 (false) and vice versa.

The OR gate outputs 1 (true) if any of its inputs is 1 (true) otherwise it outputs 0 (false).

A XOR gate outputs 1 (true) only when one and not both of its two inputs are 1 (true). If both inputs are all 1 (true) or all 0 (false) the output is 0 (false).

An AND gate outputs 1 (true) only if all its inputs are 1 (true). If any input is 0 (false) the output is 0 (false).

A NAND gate outputs 0 (false) only when all of its inputs are 1 (true). If one or both of the inputs are 0 the output is 1.

A NOR gate outputs 1 (true) if and only if all its inputs are 0 (false). If any of the inputs are 1 the output is 0.

A NOT gate performs logical negation. If the input is 1 (true) the output will be 0 (false) and vice versa.

The OR gate outputs 1 (true) if any of its inputs is 1 (true) otherwise it outputs 0 (false).

A XOR gate outputs 1 (true) only when one and not both of its two inputs are 1 (true). If both inputs are all 1 (true) or all 0 (false) the output is 0 (false).