4. Any number in radix-r with n digits in the integer part and m digits in the fractional part can be represented as follows: n-1 (1) (a) Expand the summations in Equation 1 for n = 5 and m= 4. (b) Take the integral part of Equation 1 and repeatedly divide it by r. After each division take out the term with a non-cancelling r in the denominator. (c) Take the fractional part of Equation 1 and repeatedly multiply it by r. After each multiplication take out the term with r.
4. Any number in radix-r with n digits in the integer part and m digits in the fractional part can be represented as follows: n-1 (1) (a) Expand the summations in Equation 1 for n = 5 and m= 4. (b) Take the integral part of Equation 1 and repeatedly divide it by r. After each division take out the term with a non-cancelling r in the denominator. (c) Take the fractional part of Equation 1 and repeatedly multiply it by r. After each multiplication take out the term with r.
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter10: Sequences, Series, And Probability
Section10.5: The Binomial Theorem
Problem 49E
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