In item number 5, the integral of Sx3 dx is obtained by applying what Basic Theorem of Antidifferentiation? C. Theorem a D. Theorems a, b, c, d C. Theorem b ldort D. Theorems b and c 7. Find f 6x dx? A. x2 +C B. 2x2 + C D. 3x2 + C c.+C 8. To find an antiderivative of a constant times a function, set aside the constant and find the antiderivative of the functions separately, then the result. A. multiplu C. add 9. If F(x) = 2x2+ 5x + 2, then F'(x) = 4x + 5.Thus, if f(x) = 4x +5, then f is the of f. B. subtract D. divide %3D of F and thus F is a/an A. derivative, antiderivative B. derivative, inverse 10. Which statement below is NOT a reason of putting "+ C" at the end of an integration? A. It allows us to express the general form of antiderivatives. B. C is a constant of any value. C. Added at the end of an antiderivative which indicates indefinite integral of f(x). D. C is very important in integration because an answer of an antiderivative without C. antiderivative, inverse D. antiderivative, derivative the constant C means zero.
In item number 5, the integral of Sx3 dx is obtained by applying what Basic Theorem of Antidifferentiation? C. Theorem a D. Theorems a, b, c, d C. Theorem b ldort D. Theorems b and c 7. Find f 6x dx? A. x2 +C B. 2x2 + C D. 3x2 + C c.+C 8. To find an antiderivative of a constant times a function, set aside the constant and find the antiderivative of the functions separately, then the result. A. multiplu C. add 9. If F(x) = 2x2+ 5x + 2, then F'(x) = 4x + 5.Thus, if f(x) = 4x +5, then f is the of f. B. subtract D. divide %3D of F and thus F is a/an A. derivative, antiderivative B. derivative, inverse 10. Which statement below is NOT a reason of putting "+ C" at the end of an integration? A. It allows us to express the general form of antiderivatives. B. C is a constant of any value. C. Added at the end of an antiderivative which indicates indefinite integral of f(x). D. C is very important in integration because an answer of an antiderivative without C. antiderivative, inverse D. antiderivative, derivative the constant C means zero.
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Answer the following
![6. In item number 5, the integral of f x3 dx is obtained by applying what Basic Theorem
of Antidifferentiation?
C. Theorem a
C. Theorem b
nsldor!
D. Theorems a, b, c, d
7. Find f 6x dx?
A. x2 + C
D. Theorems b and c
B..2x2 + C
c. +c
D. 3x2 + C
8. To find an antiderivative of a constant times a function, set aside the constant and find
the antiderivative of the functions separately, then
A. multiplu
9. If F(x) = 2x2+ 5x + 2, then F' (x) = 4x +5.Thus, if f(x) = 4x +5, then f is the
the result.
B. subtract
C. add
D. divide
%3D
of F and thus F is a/an
A. derivative, antiderivative
B. derivative, inverse
10. Which statement below is NOT a reason of putting "+ C" at the end of an integration?
A. It allows us to express the general form of antiderivatives.
B. Cis a constant of any value.
C. Added at the end of an antiderivative which indicates indefinite integral of f(x).
D. C is very important in integration because an answer of an antiderivative without
of f.
C. antiderivative, inverse
D. antiderivative, derivative
the constant C means zero.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F00323904-e72f-44a6-8fd7-77e1566b8d91%2Ff9a9bbe5-4a2e-4d0c-8fb5-d74457fa4ec5%2Fcc3a3w_processed.jpeg&w=3840&q=75)
Transcribed Image Text:6. In item number 5, the integral of f x3 dx is obtained by applying what Basic Theorem
of Antidifferentiation?
C. Theorem a
C. Theorem b
nsldor!
D. Theorems a, b, c, d
7. Find f 6x dx?
A. x2 + C
D. Theorems b and c
B..2x2 + C
c. +c
D. 3x2 + C
8. To find an antiderivative of a constant times a function, set aside the constant and find
the antiderivative of the functions separately, then
A. multiplu
9. If F(x) = 2x2+ 5x + 2, then F' (x) = 4x +5.Thus, if f(x) = 4x +5, then f is the
the result.
B. subtract
C. add
D. divide
%3D
of F and thus F is a/an
A. derivative, antiderivative
B. derivative, inverse
10. Which statement below is NOT a reason of putting "+ C" at the end of an integration?
A. It allows us to express the general form of antiderivatives.
B. Cis a constant of any value.
C. Added at the end of an antiderivative which indicates indefinite integral of f(x).
D. C is very important in integration because an answer of an antiderivative without
of f.
C. antiderivative, inverse
D. antiderivative, derivative
the constant C means zero.
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