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Let and Compute the Riemann Sum of F Over

Question 13

Multiple Choice

Let Let   and compute the Riemann sum of f over the interval   , using ​ Two subintervals of equal length (   ) . ​ Five subintervals of equal length (   ) . ​ Ten subintervals of equal length (   ) . ​ In each case, choose the representative points to be the right end points of the subintervals. Round your answer to two decimal places. ​ A)  213.75 sq units; 182.47 sq units; 190.08 sq units; B)  213.75 sq units; 190.08 sq units; 182.47 sq units; C)  182.47 sq units; 190.08 sq units; 213.75 sq units; D)  190.08 sq units; 182.47 sq units; 213.75 sq units; and compute the Riemann sum of f over the interval Let   and compute the Riemann sum of f over the interval   , using ​ Two subintervals of equal length (   ) . ​ Five subintervals of equal length (   ) . ​ Ten subintervals of equal length (   ) . ​ In each case, choose the representative points to be the right end points of the subintervals. Round your answer to two decimal places. ​ A)  213.75 sq units; 182.47 sq units; 190.08 sq units; B)  213.75 sq units; 190.08 sq units; 182.47 sq units; C)  182.47 sq units; 190.08 sq units; 213.75 sq units; D)  190.08 sq units; 182.47 sq units; 213.75 sq units; , using ​
Two subintervals of equal length ( Let   and compute the Riemann sum of f over the interval   , using ​ Two subintervals of equal length (   ) . ​ Five subintervals of equal length (   ) . ​ Ten subintervals of equal length (   ) . ​ In each case, choose the representative points to be the right end points of the subintervals. Round your answer to two decimal places. ​ A)  213.75 sq units; 182.47 sq units; 190.08 sq units; B)  213.75 sq units; 190.08 sq units; 182.47 sq units; C)  182.47 sq units; 190.08 sq units; 213.75 sq units; D)  190.08 sq units; 182.47 sq units; 213.75 sq units; ) .

Five subintervals of equal length ( Let   and compute the Riemann sum of f over the interval   , using ​ Two subintervals of equal length (   ) . ​ Five subintervals of equal length (   ) . ​ Ten subintervals of equal length (   ) . ​ In each case, choose the representative points to be the right end points of the subintervals. Round your answer to two decimal places. ​ A)  213.75 sq units; 182.47 sq units; 190.08 sq units; B)  213.75 sq units; 190.08 sq units; 182.47 sq units; C)  182.47 sq units; 190.08 sq units; 213.75 sq units; D)  190.08 sq units; 182.47 sq units; 213.75 sq units; ) .

Ten subintervals of equal length ( Let   and compute the Riemann sum of f over the interval   , using ​ Two subintervals of equal length (   ) . ​ Five subintervals of equal length (   ) . ​ Ten subintervals of equal length (   ) . ​ In each case, choose the representative points to be the right end points of the subintervals. Round your answer to two decimal places. ​ A)  213.75 sq units; 182.47 sq units; 190.08 sq units; B)  213.75 sq units; 190.08 sq units; 182.47 sq units; C)  182.47 sq units; 190.08 sq units; 213.75 sq units; D)  190.08 sq units; 182.47 sq units; 213.75 sq units; ) .

In each case, choose the representative points to be the right end points of the subintervals. Round your answer to two decimal places.


A) 213.75 sq units; 182.47 sq units; 190.08 sq units;
B) 213.75 sq units; 190.08 sq units; 182.47 sq units;
C) 182.47 sq units; 190.08 sq units; 213.75 sq units;
D) 190.08 sq units; 182.47 sq units; 213.75 sq units;

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