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Let F(x)=f(t)dt, where f is the function 0 whose graph is shown. 2- AX + + 1 2 3 4 5 16 t 7 23. Evaluate F(0) [A] -2 [B] 0 [C] 2 [D] 4 24. Evaluate F(5) [A] -2 [B] 0 [C] 2 [D] 4 25. Determine the interval(s) over which F(x) is decreasing. [A] (2,4) [B] (3,6) [C] (6, 7)

Let F(x)=f(t)dt, where f is the function 0 whose graph is shown. 2- AX + + 1 2 3 4 5 16 t 7 23. Evaluate F(0) [A] -2 [B] 0 [C] 2 [D] 4 24. Evaluate F(5) [A] -2 [B] 0 [C] 2 [D] 4 25. Determine the interval(s) over which F(x) is decreasing. [A] (2,4) [B] (3,6) [C] (6, 7)

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Let F(x)=[ƒ(1)dt, where f is the function 0 whose graph is shown. 23. Evaluate F(0) [A] -2 [B] 0 [C] 2 [D] 4 24. Evaluate F(5) [A] -2 [B] 0 [C] 2 [D] 4 25. Determine the interval(s) over which F(x) is decreasing. [A] (2,4) [B] (3,6) [C] (6, 7) 26. Determine where F(x) has a maximum value. [A] x=2 [B] x=3 [C] x=7 3+ 2: -1+ -2 1 2 3 4 ut 5 6 7 t
Transcribed Image Text:Let F(x)=[ƒ(1)dt, where f is the function 0 whose graph is shown. 23. Evaluate F(0) [A] -2 [B] 0 [C] 2 [D] 4 24. Evaluate F(5) [A] -2 [B] 0 [C] 2 [D] 4 25. Determine the interval(s) over which F(x) is decreasing. [A] (2,4) [B] (3,6) [C] (6, 7) 26. Determine where F(x) has a maximum value. [A] x=2 [B] x=3 [C] x=7 3+ 2: -1+ -2 1 2 3 4 ut 5 6 7 t
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