1. Simplify the follow expression algebraically: F3D A. B.С + A.B.С + А. В.С + A. В.С 2. Write the Boolean equation directly from the following circuit. A B D E 3. Create the truth table for the circuit above. 4. Write the Boolean equation from the truth table. N

Computer Networking: A Top-Down Approach (7th Edition)
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Chapter1: Computer Networks And The Internet
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1. Simplify the follow expression algebraically:
F 3D A. B.С + A.В.С + А. В.С + А.В.С
2. Write the Boolean equation directly from the following circuit.
A
B
3. Create the truth table for the circuit above.
4. Write the Boolean equation from the truth table.
5. Consider the following equation.
Z = A.C+ B
6. Create a truth table from the above Z equation. Does the truth table match the answer from
question 3?
7. Try to rework equation from question 2 using the Boolean theorems, identities, and laws to
get it close to equation from question 4. NOTE: You will probably not get it to match exactly.
To do so would involve quite a bit foresight, intuition, and sleights of hand.
8. Answer by true or false for each of the following statements:
a. Any logical circuit could be converted to use NAND gates only.
b. Any logical circuit could be converted to use NOR gates only.
c. Any logical circuit could be converted to use AND gates only.
Transcribed Image Text:1. Simplify the follow expression algebraically: F 3D A. B.С + A.В.С + А. В.С + А.В.С 2. Write the Boolean equation directly from the following circuit. A B 3. Create the truth table for the circuit above. 4. Write the Boolean equation from the truth table. 5. Consider the following equation. Z = A.C+ B 6. Create a truth table from the above Z equation. Does the truth table match the answer from question 3? 7. Try to rework equation from question 2 using the Boolean theorems, identities, and laws to get it close to equation from question 4. NOTE: You will probably not get it to match exactly. To do so would involve quite a bit foresight, intuition, and sleights of hand. 8. Answer by true or false for each of the following statements: a. Any logical circuit could be converted to use NAND gates only. b. Any logical circuit could be converted to use NOR gates only. c. Any logical circuit could be converted to use AND gates only.
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