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20 questions
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- 1. Multiple Choice
What will the circuit's output be?
1
0
- 2. Multiple Choice
What type of logic gate is this table showing?
AND
OR
NOT
- 3. Multiple Choice
What type of logic gate is this table showing?
AND
OR
NOT
- 4. Multiple Choice
Which logic gate is this?
AND
OR
NOT
- 5. Multiple Choice
Which logic gate is this?
AND
OR
NOT
- 6. Multiple Choice
Which logic gate is this?
AND
NOT
OR
- 7. Multiple Choice
What will this gate's output be?
0
1
- 8. Multiple Choice
What will this gate's output be?
0
1
- 9. Multiple Choice
What will this gate's output be?
0
1
- 10. Multiple Choice
What will this gate's output be?
0
1
- 11. Multiple Choice
How many different combinations of 1 and 0 are possible with 2 bits?
2
4
6
8
- 12. Multiple Choice
How many different combinations of 1 and 0 are possible with 1 bit?
1
2
3
4
- 13. Multiple Choice
How many different combinations of 1 and 0 are possible with 3 bits?
2
4
6
8
- 14. Multiple Choice
How do we get all the inputs for a truth table with 3 inputs?
Guess all the combinations of 1s and 0s
Count up in binary from 000
Count up in binary from 111
Count up in binary from 1
- 15. Multiple Choice
What is the Logic Expression for this circuit?
Z = NOT (A AND B)
Z = NOT (A OR B)
Z = (NOT A) AND B
Z = (NOT A) OR B
- 16. Multiple Choice
True or False:
Both inputs need to be 1 for an OR gate to output a 1
True
False
- 17. Multiple Choice
True or False:
AND gates output a 1 if both inputs are 0
True
False
- 18. Multiple Choice
True or False:
NOT gates output the opposite of the input
True
False
- 19. Multiple Choice
True or False:
NOT gates can only have one input
True
False
- 20. Multiple Choice
Why do we make intermediate columns when constructing truth tables?
Because it gets us more marks
Because it's impossible to get the answer without them
Because it makes working out the solution easier
There is no reason to make them
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