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13 Nov 2019
(1pt) The rectangles in the graph beow ilustrate a left endpoint Riemann sum for f(z)- ) on the interval [4, 8, The value of this left endpoint Riemann sum is underestimate of , the area of the region enclosed by y = f(z), the 1-axis, and the vertical Ines x-4 and x and this Riemann sum is an Left endpoint Riemann sum for y = 10 on 148] The rectangles in the graph below ilustrate a right endpoint Riemann sum, tor f(r) = on the interval 4, 81 The value of this right endpoint Riemann sum is overestimate of , the area of the region enclosed by y = f(z), the x-axs, and the vertical ines x = 4 and x , and this Riemann sum is an 1 257 Right endpoint Riemann sum for-ë¦ on 4, 8]
(1pt) The rectangles in the graph beow ilustrate a left endpoint Riemann sum for f(z)- ) on the interval [4, 8, The value of this left endpoint Riemann sum is underestimate of , the area of the region enclosed by y = f(z), the 1-axis, and the vertical Ines x-4 and x and this Riemann sum is an Left endpoint Riemann sum for y = 10 on 148] The rectangles in the graph below ilustrate a right endpoint Riemann sum, tor f(r) = on the interval 4, 81 The value of this right endpoint Riemann sum is overestimate of , the area of the region enclosed by y = f(z), the x-axs, and the vertical ines x = 4 and x , and this Riemann sum is an 1 257 Right endpoint Riemann sum for-ë¦ on 4, 8]
Bunny GreenfelderLv2
4 Aug 2019