Consider this logic expression.
X = ( A AND B ) OR ( B AND NOT C )
Each logic gate must have a maximum of two inputs.
Do not simplify this logic expression.
Did this page help you?
Consider this logic expression.
X = ( A AND B ) OR ( B AND NOT C )
Did this page help you?
Consider the logic statement:
X = (((A AND B) OR (C AND NOT B)) XOR NOT C)
Did this page help you?
Consider the given logic statement:
X = ((NOT (A NAND B)) OR (B NOR C))
A | B | X |
0 | 0 | |
0 | 1 | |
1 | 0 | |
1 | 1 |
Logic gate Truth table
A | B | X |
0 | 0 | |
0 | 1 | |
1 | 0 | |
1 | 1 |
[4]
Did this page help you?
Consider the logic statement:
X = (((A NAND B) NOR (B AND C)) OR C)
Draw a logic circuit to match the given logic statement.
All logic gates must have a maximum of two inputs. Do not attempt to simplify the logic statement
[4]
Did this page help you?
Consider the following logic statement:
X = ((B AND NOT A) XOR (A OR C))
Draw a logic circuit to match the given logic statement.
All logic gates must have a maximum of two inputs. Do not attempt to simplify the logic statement.
Did this page help you?
An alarm, Y, sends a signal (Y = 1) when certain fault conditions in a chemical process are detected. The inputs are:
Input | Binary value | Condition |
A | 1 | acidity > 5 |
0 | acidity <= 5 | |
T | 1 | temperature >= 120°C |
0 | temperature < 120°C | |
S | 1 | stirrer bar ON |
0 | stirrer bar OFF |
The alarm, Y, returns a value of 1 if:
either temperature >= 120°C AND stirrer bar is OFF
or acidity > 5 AND temperature < 120°C
Draw the logic circuit for the above system using these logic gates.
Did this page help you?