As the number of rectangles (of equal width) in Figures 5.4 and 5.5 goes to infinity, which of the following statements is true? Consider only continuous curves. Y 8 6.

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As the number of rectangles (of equal width) in Figures 5.4 and 5.5 goes to infinity, which of the following statements is
true? Consider only continuous curves.
Y
8
8
6
6
4
4
1
2
3
4
1
3
4
Figure 5.4: A1
Shaded Region
Figure 5.5: A2 = Shaded Region
Transcribed Image Text:As the number of rectangles (of equal width) in Figures 5.4 and 5.5 goes to infinity, which of the following statements is true? Consider only continuous curves. Y 8 8 6 6 4 4 1 2 3 4 1 3 4 Figure 5.4: A1 Shaded Region Figure 5.5: A2 = Shaded Region
O (a) A1 goes to zero but A2 does not. The limit of the lower rectangular area does not equal the limit of the upper
rectangular area.
O (b) A2 goes to zero but A1 does not. The limit of lower rectangular area does not equal the limit of upper rectangular area.
O (c) A2 and A1 don't go to zero. The limits of upper and lower rectangular areas are equal.
O (d) A1 and A2 both go to zero. The limits of the upper and lower rectangular areas are equal.
O (e) A1 and A2 both go to zero. The limits of the upper and lower rectangular areas are not equal.
Transcribed Image Text:O (a) A1 goes to zero but A2 does not. The limit of the lower rectangular area does not equal the limit of the upper rectangular area. O (b) A2 goes to zero but A1 does not. The limit of lower rectangular area does not equal the limit of upper rectangular area. O (c) A2 and A1 don't go to zero. The limits of upper and lower rectangular areas are equal. O (d) A1 and A2 both go to zero. The limits of the upper and lower rectangular areas are equal. O (e) A1 and A2 both go to zero. The limits of the upper and lower rectangular areas are not equal.
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