1. Find the decimal equivalent of the following binary numbers expressed in the 2's complement format: a) 00001110 b) 10001110 2. Using Boolean algebra, simplify the expression: F= XZ+ X(Y+Z) + Z(Y +Z) 3. Find the binary equivalent of (374.26)s and the octal equivalent of (1110100.0100111)2
1. Find the decimal equivalent of the following binary numbers expressed in the 2's complement format: a) 00001110 b) 10001110 2. Using Boolean algebra, simplify the expression: F= XZ+ X(Y+Z) + Z(Y +Z) 3. Find the binary equivalent of (374.26)s and the octal equivalent of (1110100.0100111)2
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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![1. Find the decimal equivalent of the following binary numbers expressed in the 2's
complement format:
a) 00001110
b) 10001110
2. Using Boolean algebra, simplify the expression:
F= XZ+ X(Y+Z) + Z(Y +Z)
3. Find the binary equivalent of (374.26)8 and the octal equivalent of (1110100.0100111)2
4. Subtract (29.A)16 from (4F.B)16 Use 2's complement arithmetic.
In your solution, indicate the following:
a) Solution in binary
b) Hex equivlent of the resulting binary number](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbc0a57d6-713a-4711-b5ae-75e23eee81a6%2Fdd385b4b-5e12-42f7-8b94-8739b6ea3735%2Fv55gxrk_processed.png&w=3840&q=75)
Transcribed Image Text:1. Find the decimal equivalent of the following binary numbers expressed in the 2's
complement format:
a) 00001110
b) 10001110
2. Using Boolean algebra, simplify the expression:
F= XZ+ X(Y+Z) + Z(Y +Z)
3. Find the binary equivalent of (374.26)8 and the octal equivalent of (1110100.0100111)2
4. Subtract (29.A)16 from (4F.B)16 Use 2's complement arithmetic.
In your solution, indicate the following:
a) Solution in binary
b) Hex equivlent of the resulting binary number
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