Find the equation of the curve that joins the following points. Hint: Use common differences. (a) (1,1),(0,1),(2,-5),(-1,-5)

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Find the equation of the curve that joins the following points. Hint: Use common differences. (a) (1,1),(0,1),(2,-5),(-1,-5)
.assignment.pdf
D Page view A Read aloud Draw
correct form. Make sure your name is on every page.
• Submit your work as a single pdf file named "mhf4u.u5.fullname.pdf
(where fullname is your actual first name.last name).
Example: mhf4u.u5.michael.johnson.pdf
1. Perform the following polynomial divisions using long/synthetic division:
a. 2x3-5x2 + 17x + 10 divided by (2x+1)
b. x +x + 3x - 4 divided by (x-1)
2. Find the equation of the curve that joins the following points. Hint: Use
common differences.
a. The zeros of the function are -3, 1 and 5. The y intercept is 15.
Find the function.
b. (1,1), (0,1), (2,-5), (-1,-5)
3. Use the given zeroes to determine an equation for each of these two functions, in
form:
bond 3
Transcribed Image Text:.assignment.pdf D Page view A Read aloud Draw correct form. Make sure your name is on every page. • Submit your work as a single pdf file named "mhf4u.u5.fullname.pdf (where fullname is your actual first name.last name). Example: mhf4u.u5.michael.johnson.pdf 1. Perform the following polynomial divisions using long/synthetic division: a. 2x3-5x2 + 17x + 10 divided by (2x+1) b. x +x + 3x - 4 divided by (x-1) 2. Find the equation of the curve that joins the following points. Hint: Use common differences. a. The zeros of the function are -3, 1 and 5. The y intercept is 15. Find the function. b. (1,1), (0,1), (2,-5), (-1,-5) 3. Use the given zeroes to determine an equation for each of these two functions, in form: bond 3
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