If and only if both inverter inputs are high
If and only if both inverter inputs are low
If and only if one inverter input is high and the other is low
Under no conditions (the output is always low)
If and only if both inputs are high
If and only if both inputs are low
If and only if one input is high and the other is low
Under no conditions (the output is always high)
10101
11101
10111
11011
The logical NOT operation.
The logical AND operation.
The logical OR operation.
The logical NAND operation.
Both of the two inputs are high.
Both of the two inputs are low.
The single input is high.
The single input is low.
15
31
63
127
One input is high and the others are low.
One input is low and the others are high.
Any of the inputs is low.
All inputs are high.
−(X*Y) is equivalent to X+Y.
X*Y is equivalent to −(X+Y).
(−X)+(−Y) is equivalent to X*Y.
(−X)+(−Y) is equivalent to −(X*Y).
Radix 16.
Radix 10.
Radix 8.
Radix 2.
Morse
Baudot
ASCII
All of the above
0.0 V
+0.5 V
+5 V
+50 V
0.0 V
+12 V
+5 V
+50 V
Serial
Synchronous
Parallel
Analog
Low and high.
Octal and binary.
Synchronous and asynchronous.
Reset and set.
The outputs stay as they are.
Q = 0 and −Q = 1.
Q = 1 and −Q = 0.
The resulting outputs can be absurd.
64
32
24
16
4
10
12
There is no way to tell without more information.
Decimal 256
Decimal 128
Decimal 64
Decimal 63
There is not enough information to tell.
Low
High
It depends on the state of the other input.
4
8
16
32
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