calculus 1 ysing product, quotient, and chain rule worksheet. Need help to check the answers for part 1 and 2. Help is mich aporeciated, thank you.

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Calculus I Product, Quotient, and Chain Rule Worksheet Part I Find the indicated derivatives. A. Find dx² B. Find ƒ'(3) where f(2)= C. Find h'(y) where h(y) = (3y² + 7y)(2(1.3)+5) D. Find (2) where h(x)=2f(x) g(x) and f(2)=7,f(2)=-2,g(2)=-1,g(2)=3 Part II-Given the table for x= 1 and x = -2, find the indicated derivatives, where possible. Write the derivative in terms of x first!!!! Then evaluate. [(x))²-3g(x)] atx=1 [/(x) g(x)] at x = 1 at x = -2 B. D. c. where y=2x-5 dx g(x) [f(g(x))] atx=1 E. [8(f(x))] at x = -2 F. 18(8(x))] at x = -2 G. = (g(4-6x))] at x = 1 1. =((g(x))'] at x = 1 X 1 1 -2 -2 f(x) 3 -5 -2 1 g'(x) -1 7 Calculus I Product, Quotient, and Chain Rule Worksheet Part I Find the indicated derivatives. A. Find dx² B. Find ƒ'(3) where f(2)= C. Find h'(y) where h(y) = (3y² + 7y)(2(1.3)+5) D. Find (2) where h(x)=2f(x) g(x) and f(2)=7,f(2)=-2,g(2)=-1,g(2)=3 Part II-Given the table for x= 1 and x = -2, find the indicated derivatives, where possible. Write the derivative in terms of x first!!!! Then evaluate. [(x))²-3g(x)] atx=1 [/(x) g(x)] at x = 1 at x = -2 B. D. c. where y=2x-5 dx g(x) [f(g(x))] atx=1 E. [8(f(x))] at x = -2 F. 18(8(x))] at x = -2 G. = (g(4-6x))] at x = 1 1. =((g(x))'] at x = 1 X 1 1 -2 -2 f(x) 3 -5 -2 1 g'(x) -1 7