1) Build as few polynomial functions as possible to satisfy each constraint at least once. Record your functions in factored form. A. C. E. G. Has 2 negative x-intercepts Has a positive y-intercept Opens down Has an x-intercept with an order of 2 Add more rows if needed B. D. F. H. Never enters Quadrant I Ends in Quadrant I Three x-intercepts Has 3 turning points "olynomial Function Constraints satisfied How and why you built

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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1) Build as few polynomial functions as possible to satisfy each constraint at least once.
Record your functions in factored form.
A.
C.
E.
G.
Has 2 negative x-intercepts
Has a positive y-intercept
Opens down
Has an x-intercept with an order
of 2
* Add more rows if needed
Polynomial Function Constraints satisfied
B.
D.
F.
H.
Never enters Quadrant I
Ends in Quadrant I
Three x-intercepts
Has 3 turning points
How and why you built
Transcribed Image Text:1) Build as few polynomial functions as possible to satisfy each constraint at least once. Record your functions in factored form. A. C. E. G. Has 2 negative x-intercepts Has a positive y-intercept Opens down Has an x-intercept with an order of 2 * Add more rows if needed Polynomial Function Constraints satisfied B. D. F. H. Never enters Quadrant I Ends in Quadrant I Three x-intercepts Has 3 turning points How and why you built
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