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mchinich_ee321_Chapter13

# mchinich_ee321_Chapter13 - Rizzoni Principles and...

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Rizzoni, Principles and Applications of Electrical Engineering, Edition Problem solutions, Chapter 13 Section 13.2: The Binary Number System Problem 13.1 Solution: Known quantities: The base 10 representation of five numbers: Find: The hex and the binary representation for these numbers. Analysis : Using the methodologies introduced in paragraph 13.2: a) b) c) d) e) Problem 13.2 Solution Known quantities: The hex representation of five numbers: 21 Find: The base and the binary representation for these numbers An a I ysis : Using the methodologies introduced in paragraph 13.2: a) b) c) e)

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G. Rizzoni, Principles and Applications of Electrical Engineering, Edition Problem solutions, Chapter I3 Problem 13.3 Solution : Known quantities: The base representation of four numbers: Find: The binary representation for these numbers. Analysis : Using the methodologies introduced in paragraph 13.2: a) b) c) d) 110110.010001, Problem 13.4 Solution: - Known quantities: The binary representation numbers: I I Find: The hex and the base representation for these numbers. Problem 13.5 Solution: Known quantities: Three couples of binary numbers. Find: The addition for each couple. Analysis: Using the methodologies introduced in paragraph 13.2: a) 11111010 b) 100010100 c)

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G. Rizzoni, Principles and Applications of Electrical Engineering, Edition Problem solutions, Chapter Section 13.3: Boolean Algebra Problem 13.11 Solution: Known quantities: The expression = . Find: The truth table that that the expression is true Analysis: Using a truth table as explained in paragraph 13.3: 4 A - A AB A B A B 0 0 1 0 1 B we prove expression is true. Problem 13.12 Solution: Known quantities: The expression BC + + = A + B Find: The truth table that proves that the expression is true.
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• Spring '09
• has
• Boolean Algebra, Logical conjunction, Binary numeral system, Gray code, Applications of Electrical Engineering, Edition Problem solutions

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