Integrate each of the following functions using substitution, finding the most general antiderivative. Also enter u, the function of x that you substitute. If your answer requires a constant of integration, enter it as c. ❤ b. 5x4 u = 2/3(x^5+1)^(3/2)+c 4x³ +3 J √x²+3x+4 U = J e. Vào U= J U= J (In x)4 U = X +1 dx U= a J x¹ (2x³ + 2)6 dx dx X 5x5 +2 x² 6x³ +5 dx dx = dx = 2/3(x^5+1)^(3/2)+c = 1/5ln^5(x)+c = 2(x^4+3x+4)^(1/2)+c = 1/70(2x^5+2)^7+c 1/9(6x^3 +5)^(1/2)+c = 1/25In(abs(5x^5+2))+c ✪ O Ö

Integrate each of the following functions using substitution, finding the most general antiderivative. Also enter u, the function of x that you substitute. If your answer requires a constant of integration, enter it as c. ❤ b. 5x4 u = 2/3(x^5+1)^(3/2)+c 4x³ +3 J √x²+3x+4 U = J e. Vào U= J U= J (In x)4 U = X +1 dx U= a J x¹ (2x³ + 2)6 dx dx X 5x5 +2 x² 6x³ +5 dx dx = dx = 2/3(x^5+1)^(3/2)+c = 1/5ln^5(x)+c = 2(x^4+3x+4)^(1/2)+c = 1/70(2x^5+2)^7+c 1/9(6x^3 +5)^(1/2)+c = 1/25In(abs(5x^5+2))+c ✪ O Ö

College Algebra

10th Edition

ISBN:9781337282291

Author:Ron Larson

Publisher:Ron Larson

ChapterP: Prerequisites

SectionP.4: Factoring Polynomials

Problem 84E: The rate of change of an autocatalytic chemical reaction is kQxkx2 where Q is the amount of the...

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