Show that = 1/2 by using the definition of Riemann-integrability. I'm not sure how to define my partitions. Appreciate anyone's help on this.
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it ain't better to prove a more general result having integrability as long as you have a continuous function on a compact set?
Originally Posted by Krizalid it ain't better to prove a more general result having integrability as long as you have a continuous function on a compact set? Didn't we have here a continuous function in the compact set [0,1]?
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