The graph of a function $f$ on the interval $[ 0,8 ]$ is shown in the figure. Compute the Riemann sum for $f$ on $[ 0,8 ]$ using four subintervals of equal length and choosing the evaluation points to be (a) the left endpoints, (b) the right endpoints, and (c) the midpoints of the subintervals.

Question

The graph of a function

f

on the interval

[ 0,8 ]

is shown in the figure. Compute the Riemann sum for

f

on

[ 0,8 ]

using four subintervals of equal length and choosing the evaluation points to be (a) the left endpoints, (b) the right endpoints, and (c) the midpoints of the subintervals.
The graph of a function f on the interval [ 0,8 ] is shown in the figure. Compute the Riemann sum for f on [ 0,8 ] using four subintervals of equal length and choosing the evaluation points to be (a) the left endpoints, (b) the right endpoints, and (c) the midpoints of the subintervals.

The graph of a function f on the interval [ 0,8 ] is shown in the figure. Compute the Riemann sum for f on [ 0,8 ] using four subintervals of equal length and choosing the evaluation points to be (a) the left endpoints, (b) the right endpoints, and (c) the midpoints of the subintervals.

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The Answer of The graph of a function $f$ on the interval $[ 0,8 ]$ is shown in the figure. Compute the Riemann sum for $f$ on $[ 0,8 ]$ using four subintervals of equal length and choosing the evaluation points to be (a) the left endpoints, (b) the right endpoints, and (c) the midpoints of the subintervals.

The Graph of a Function fff On the Interval [0,8][ 0,8 ][0,8]

The Graph of a Function $f$ On the Interval $[ 0,8 ]$