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Step 6: Chose a new value h = (other than –1,0 or 1). Write this as a factor (x – h). a. If this factor was added to the numerator of f(x), how would that change the function? f(Gx)= 2(x-4)(x-s) (x-3) (x-4) b. If this factor was added to the denominator of f (x), how would that change the function?

Step 6: Chose a new value h = (other than –1,0 or 1). Write this as a factor (x – h). a. If this factor was added to the numerator of f(x), how would that change the function? f(Gx)= 2(x-4)(x-s) (x-3) (x-4) b. If this factor was added to the denominator of f (x), how would that change the function?

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Answer all steps and the parts to each step, show all work in neat handwriting so it is clear to understand. Thank you for your help. 

Step 6: Chose a new value h - 3 (other than –1,0 or 1). Write this as a factor (x – h). a. If this factor was added to the numerator of f(x), how would that change the function? fG)= 2(x-4)(x-s) (x-3)(x-4) b. If this factor was added to the denominator of f (x), how would that change the function?
Transcribed Image Text:Step 6: Chose a new value h - 3 (other than –1,0 or 1). Write this as a factor (x – h). a. If this factor was added to the numerator of f(x), how would that change the function? fG)= 2(x-4)(x-s) (x-3)(x-4) b. If this factor was added to the denominator of f (x), how would that change the function?
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