Which of the following correctly states the First Fundamental Theorem of Calculus? (Read carefully, paying close attention to the details!) O A. If fis continuous on [a, b], F(x) = [°Rx)dt is a differentiable function of x on (a, b), and its derivative is F'(x) = 0} = R*). B. If fis continuous on [a, b], then F(+) = [AMdx is a differentiable function of t on [a, b]), and its derivative is F'() = )-r). c. If fis continuous on [a, b), F(*) = J, At)at is a differentiable function of x on [a, b), and its derivative is F'(+) = 0na) -1+). O D. If fis differentiable on [a, b], F(«) = Jda is a continuous function of x on [a, b), and its derivative is F'(e) - 0)dr } =Rt). E. If fis differentiable on [a, b), F(*) = [*A)at is a differentiable function of x on [a, b), and its derivative is F'(4) = ) -).

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter6: The Trigonometric Functions
Section6.6: Additional Trigonometric Graphs
Problem 77E
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Question 6 of 10
Which of the following correctly states the First Fundamental Theorem of
Calculus?
(Read carefully, paying close attention to the details!)
O A. If fis continuous on [a, b), F(x) = [A*)dt is a differentiable function
of x on [a, b), and its derivative is F'(1) =
0A*) dt) = f*).
O B. If fis continuous on [a, b), then F(t) = A)dx is a differentiable
function of ton [a, b), and its derivative is F'1) = 0a) =.
c. If fis continuous on [a, b), F(x) = At)at is a differentiable function
of x on [a, b), and its derivative is F'(*) =
D. If fis differentiable on [a, b), F(*) = JA)ax is a continuous function
of x on [a, b), and its derivative is F'(x)
= Ax).
=
E. If fis differentiable on [a, b), F(x) = hdt is a differentiable
function of x on [a, b], and its derivative is F'(x) = 0mat)=f).
Transcribed Image Text:Question 6 of 10 Which of the following correctly states the First Fundamental Theorem of Calculus? (Read carefully, paying close attention to the details!) O A. If fis continuous on [a, b), F(x) = [A*)dt is a differentiable function of x on [a, b), and its derivative is F'(1) = 0A*) dt) = f*). O B. If fis continuous on [a, b), then F(t) = A)dx is a differentiable function of ton [a, b), and its derivative is F'1) = 0a) =. c. If fis continuous on [a, b), F(x) = At)at is a differentiable function of x on [a, b), and its derivative is F'(*) = D. If fis differentiable on [a, b), F(*) = JA)ax is a continuous function of x on [a, b), and its derivative is F'(x) = Ax). = E. If fis differentiable on [a, b), F(x) = hdt is a differentiable function of x on [a, b], and its derivative is F'(x) = 0mat)=f).
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