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f(x) is integrable over the interval I = [a, b] only if A. df/dx is continuous on the interval I B. f(x) has only a finite number of jump discontinuities on the interval I C. df/dx has only a finite number of jump discontinuities on the interval I D. f(x) is continuous on the interval I E. None of the above

f(x) is integrable over the interval I = [a, b] only if A. df/dx is continuous on the interval I B. f(x) has only a finite number of jump discontinuities on the interval I C. df/dx has only a finite number of jump discontinuities on the interval I D. f(x) is continuous on the interval I E. None of the above

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f ( x ) is integrable over the interval I = [ a , b ] only if A. d f / d x is continuous on the interval I B. f ( x ) has only a finite number of jump discontinuities on the interval I C. d f / d x has only a finite number of jump discontinuities on the interval I D. f ( x ) is continuous on the interval I E. None of the above

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