2. Suppose that a polynomial function y = f(x) has local approximations at its x-intercepts given by: i. The local approximation at x = 0, is given by y = 2x² ii. The local approximation at x = 3, is given by y = (x – 3)² iii. The local approximation at x = 6, is given by y = 4x3 a) Sketch the graph of a polynomial, having the lowest degree, that displays the above three constraints b) Determine the y-intercept of the polynomial function

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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polynomial into a product of two linear factors and a quadratic
c) Determine the zeros to the quadratic polynomial found in the previous step
2. Suppose that a polynomial function y = f(x) has local approximations at its x-intercepts given by:
.2
i.
The local approximation at x = 0, is given by y = 2x
2
ii.
The local approximation at x = 3, is given by y = (x – 3)
ii.
The local approximation at x = 6, is given by y = 4x3
a) Sketch the graph of a polynomial, having the lowest degree, that displays the above three
constraints
b) Determine the y-intercept of the polynomial function
Math 1..
81%
Transcribed Image Text:polynomial into a product of two linear factors and a quadratic c) Determine the zeros to the quadratic polynomial found in the previous step 2. Suppose that a polynomial function y = f(x) has local approximations at its x-intercepts given by: .2 i. The local approximation at x = 0, is given by y = 2x 2 ii. The local approximation at x = 3, is given by y = (x – 3) ii. The local approximation at x = 6, is given by y = 4x3 a) Sketch the graph of a polynomial, having the lowest degree, that displays the above three constraints b) Determine the y-intercept of the polynomial function Math 1.. 81%
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