Assume that a function g(x) is continuous and non-negative in [a, b], and another function G(x) is also continuous in [a, b], where b> a. Is the additional condition G' (x) = g(x) for every x in (a, b) a necessary, sufficient, necessary and sufficient, or neither necessary nor sufficient condition for the area under the curve of g(x) over [c, d] to be given by G(d)-G(c) for all c, d where c = (a, b), de (a, b), and d > c? O Necessary and sufficient O Neither necessary nor sufficient O Sufficient, but not necessary O Necessary, but not sufficient O None of the above O No answer

Algebra and Trigonometry (6th Edition)
6th Edition
ISBN:9780134463216
Author:Robert F. Blitzer
Publisher:Robert F. Blitzer
ChapterP: Prerequisites: Fundamental Concepts Of Algebra
Section: Chapter Questions
Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...
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Assume that a function g(x) is continuous and non-negative in [a, b], and another function G(x) is also continuous in [a, b], where b> a.
Is the additional condition G′ (x) = g(x) for every x in (a, b) a necessary, sufficient, necessary and sufficient, or neither necessary nor sufficient condition for the area under the curve of g(x) over [c,
d] to be given by G(d)-G(c) for all c, d where c = (a, b), d = (a, b), and d > c?
Necessary and sufficient
Neither necessary nor sufficient
Sufficient, but not necessary
Necessary, but not sufficient
None of the above
No answer
Transcribed Image Text:Assume that a function g(x) is continuous and non-negative in [a, b], and another function G(x) is also continuous in [a, b], where b> a. Is the additional condition G′ (x) = g(x) for every x in (a, b) a necessary, sufficient, necessary and sufficient, or neither necessary nor sufficient condition for the area under the curve of g(x) over [c, d] to be given by G(d)-G(c) for all c, d where c = (a, b), d = (a, b), and d > c? Necessary and sufficient Neither necessary nor sufficient Sufficient, but not necessary Necessary, but not sufficient None of the above No answer
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