A continuously-increasing function that is concave down on the interval [1, 5] is represented by the table. x 1 2.2 3.1 4.4 5 f(x) 0 0.788 1.131 1.482 1.609 Part A: Find the right Reimann sum estimate...


A continuously-increasing function that is concave down on the interval [1, 5] is represented by the<br>table.<br>x 1 2.2<br>3.1<br>4.4<br>5<br>f(x) 0 0.788 1.131 1.482 1.609<br>Part A: Find the right Reimann sum estimate of the integral from 1 to 5 of f of x dx, based on the<br>subintervals given in the table.<br>Part B: Write the midpoint Reimann sum that estimates the integral from 1 to 5 of f of x dx,<br>based on the subintervals given in the table.<br>Part C: Determine whether the right Reimann sum estimate is an overestimate or an underestimate,<br>based on the properties of the function.<br>

Extracted text: A continuously-increasing function that is concave down on the interval [1, 5] is represented by the table. x 1 2.2 3.1 4.4 5 f(x) 0 0.788 1.131 1.482 1.609 Part A: Find the right Reimann sum estimate of the integral from 1 to 5 of f of x dx, based on the subintervals given in the table. Part B: Write the midpoint Reimann sum that estimates the integral from 1 to 5 of f of x dx, based on the subintervals given in the table. Part C: Determine whether the right Reimann sum estimate is an overestimate or an underestimate, based on the properties of the function.

Jun 04, 2022
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