Consider the function f(x) = - +7. In this question you will calculate dx by using the definition fx) dx= lim The summation inside the brackets is R, which is the Riemann sum where the sample points are chosen to be the right-hand endpoints of each sub-interval of equal length. Calculate R, for f(x) = - +7 on the interval [0, 4] and write your answer as a function of n. 16(n - 1) 2n- 1) O A. R, =. + 28 O B. R,= - 16(n - 1) (2n - 1) + 28 16n - 1) 2n- 1) OCR,. + 28 16(n - 1) (2n - 1) O D.R, =. + 28 3n-

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Consider the function f(x) = - +7. In this question you will calculate
dx by using the definition
f(x) dx = lim
f(x;) .
32
The summation inside the brackets is R, which is the Riemann sum where the sample points are chosen to be the right-hand endpoints of each sub-interval of equal length. Calculate R, for f(x) = - +7 on the interval
[0, 4] and write your answer as a function of n.
16(n - 1) (2n+ 1)
3n
O A. R = -
+ 28
O B. R = -
16(n - 1) (2n - 1)
+ 28
3n
O C. R = -
16(n - 1) (2n÷ 1)
+ 28
3n
D. R
16(n - 1) (2n- 1)
+ 28
3n-
Transcribed Image Text:x2 Consider the function f(x) = - +7. In this question you will calculate dx by using the definition f(x) dx = lim f(x;) . 32 The summation inside the brackets is R, which is the Riemann sum where the sample points are chosen to be the right-hand endpoints of each sub-interval of equal length. Calculate R, for f(x) = - +7 on the interval [0, 4] and write your answer as a function of n. 16(n - 1) (2n+ 1) 3n O A. R = - + 28 O B. R = - 16(n - 1) (2n - 1) + 28 3n O C. R = - 16(n - 1) (2n÷ 1) + 28 3n D. R 16(n - 1) (2n- 1) + 28 3n-
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