13. (a) Find g(1) so that fg() dt =4- +2-sin". (b) Evaluate g(t) dt using the Evaluation Theorem. (c) Evaluate g(t) dt by the area interpretation of the integral. Compare your answer with part (b) above. (d) Evaluate g(t) dt.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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ID: A
13. (a) Find g(t) so that g(t) dt =N4- +2 sin.
%3D
2°
(b) Evaluate g(t) dt using the Evaluation Theorem.
(c) Evaluate g(t) dt by the area interpretation of the integral. Compare your answer with part (b) above.
whend
(d) Evaluate g(t) dt.
14. v(t)is the velocity of a moving object measured in feet per minute.
negent?
Transcribed Image Text:ame: ID: A 13. (a) Find g(t) so that g(t) dt =N4- +2 sin. %3D 2° (b) Evaluate g(t) dt using the Evaluation Theorem. (c) Evaluate g(t) dt by the area interpretation of the integral. Compare your answer with part (b) above. whend (d) Evaluate g(t) dt. 14. v(t)is the velocity of a moving object measured in feet per minute. negent?
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