5. In antidifferentiation, the formula f x" dx = (n+1) + Cis valid if? A. nER 6. In item number 5, the integral of f x³ dx is obtained by applying what Basic Theorem of Antidifferentiation? C. Theorem a D. Theorems a, b, c, d B. n+ 1,n ER C. ne {0,1,2} D. neR C. Theorem b msldort D. Theorems b and c
5. In antidifferentiation, the formula f x" dx = (n+1) + Cis valid if? A. nER 6. In item number 5, the integral of f x³ dx is obtained by applying what Basic Theorem of Antidifferentiation? C. Theorem a D. Theorems a, b, c, d B. n+ 1,n ER C. ne {0,1,2} D. neR C. Theorem b msldort D. Theorems b and c
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter7: Analytic Trigonometry
Section7.6: The Inverse Trigonometric Functions
Problem 74E
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Answer number 5 and 6
Transcribed Image Text:5. In antidifferentiation, the formula f x dx =
(n+1)
+ Cis valid if?
A. nER
B. n 1,n ER
C. ne {0,1,2}
D. n¢R
6. In item number 5, the integral of S x³ dx is obtained by applying what Basic Theorem
of Antidifferentiation?
C. Theorem a
D. Theorems a, b, c, d
C. Theorem b
sldoy
D. Theorems b and c
Find C6r dr?
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