1. Explain how you can get a logical high output when using OR gate? 2. Explain how you can get a logical low output when using AND gate? 3. How you can distinguish NOT gate from other logic gates introduced in this experiment?

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1. Explain how you can get a logical high output when using OR gate?
2. Explain how you can get a logical low output when using AND gate?
3. How you can distinguish NOT gate from other logic gates introduced in this experiment?
4. Compare the truth table of NOR & AND gates? Explain the similarities & differences?
5. Write the truth table and draw the logical symbol for NAND gate? and Explain how you can get
a logical high output when using NAND gate?
6. What is the output F for the circuit shown in Figure (15) ?, consider all the input X possibilities.
-F
Figure 15: Belong to Question 6.
7. For the logic circuit shown in Figure (16), write the required input condition (A,B,C) to make the
output X =1.
B
X
Figure 16: Belong to Question 7.
8. When the output of an X-NOR gate with two inputs, A and B, is HIGH ?
9. What is the gate if a signal passing through it is inhibited by sending a LOW into one of the
inputs, and the output is HIGH ?
10. Create a truth table for the following logic gate circuit shown in Figure (17)?
A.
B.
oQ
C-
Transcribed Image Text:1. Explain how you can get a logical high output when using OR gate? 2. Explain how you can get a logical low output when using AND gate? 3. How you can distinguish NOT gate from other logic gates introduced in this experiment? 4. Compare the truth table of NOR & AND gates? Explain the similarities & differences? 5. Write the truth table and draw the logical symbol for NAND gate? and Explain how you can get a logical high output when using NAND gate? 6. What is the output F for the circuit shown in Figure (15) ?, consider all the input X possibilities. -F Figure 15: Belong to Question 6. 7. For the logic circuit shown in Figure (16), write the required input condition (A,B,C) to make the output X =1. B X Figure 16: Belong to Question 7. 8. When the output of an X-NOR gate with two inputs, A and B, is HIGH ? 9. What is the gate if a signal passing through it is inhibited by sending a LOW into one of the inputs, and the output is HIGH ? 10. Create a truth table for the following logic gate circuit shown in Figure (17)? A. B. oQ C-
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