Using the "universal" gates NAND and NOR you will build all the basic gates.

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Using a MINIMUM number of Symbolic Logic gates and IC chips make the following set of circuits in this pattern:

INVERTER$$

$1$ input$$ NAND Symbolic$$ NOR Symbolic$$ NAND IC$$NOR IC

Output$$Output$$ Output$$Output

OR

$2$ inputs$$ NAND Symbolic$$ NOR Symbolic$$ NAND IC$$NOR IC

Output$$Output$$ Output$$Output

AND

$2$ inputs$$ NAND Symbolic$$ NOR Symbolic$$ NAND IC$$NOR IC

Output$$Output$$ Output$$Output

NAND

$2$ inputs$$ NAND Symbolic$$ NOR Symbolic$$ NAND IC$$NOR IC

Output$$Output$$ Output$$Output

NOR

$2$ inputs$$ NAND Symbolic$$ NOR Symbolic$$ NAND IC$$NOR IC

Output$$Output$$ Output$$Output

The details...

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INTERACTIVE INPUT:

Use only the number of Interactive Input buttons specified and put them at the far left. EVERY CIRCUIT to the right of the buttons will use these for input.

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NAND Symbolic Circuit:

Using only the symbolic NAND gates from the upper tray, wire up the specified gate $($Inverter$,$ OR$,$ AND, NAND, NOR$)$ with one output LED below the circuit.

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NOR Symbolic Circuit:

Using only the symbolic NOR gates from the upper tray, wire up the specified gate $($Inverter$,$ OR$,$ AND, NAND, NOR$)$ with one output LED below the circuit.

NAND IC Circuit:

Using only the NAND IC chips from the "Parts Centre", wire up the specified gate $($Inverter$,$ OR$,$ AND, NAND, NOR$)$ with one output LED below the circuit.$$

NOTE: This will usually require only one IC chip that contains $4$ gates.

NOR IC Circuit:

Using only the NOR IC chips from the "Parts Centre", wire up the specified gate $($Inverter$,$ OR$,$ AND, NAND, NOR$)$ with one output LED below the circuit.$$

NOTE: This will usually require only one IC chip that contains $4$ gates.

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Labels:

Label ALL the Symbolic gates and IC chips. Inputs A$,$ B$.$ And, wherever it bring clarity.