Question: Prove that is Riemann integrable on the interval [1,2] (without using the knowledge that a monotonic function is Riemann integrable). Prove that p(x)= x

Prove that is Riemann integrable on the interval [1,2] (without using the

 

Prove that is Riemann integrable on the interval [1,2] (without using the knowledge that a monotonic function is Riemann integrable). Prove that p(x)= x is Riemann integrable on an arbitrary closed interval [a,b]. Prove that a function decreasing interval is integrable. on a closed

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