In this problem we will see how to use Riemann Sums to calculate ln(2). (a) According to the Fundamental Theorem of Calculus which bound b is needed to get 1 dx In(2)? Show your work. (b) Draw the rectangular figure corresponding to a left endpoint Riemann sum with n = 5 rectangles with equal bases. Is this an over or an under estimate? 1 Y = 1 (c) Give a clear explanation of how to estimate/calculate In(2) to within an accuracy of ɛ, for example, ɛ = 0.01. Specifically how many subdivisions are needed?

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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In this problem we will see how to use Riemann Sums to calculate In(2).
(a) According to the Fundamental Theorem of Calculus which bound b is needed to get
1
dx =
In(2)? Show your work.
(b) Draw the rectangular figure corresponding to a left endpoint Riemann sum with n = 5
rectangles with equal bases. Is this an over or an under estimate?
1
(c) Give a clear explanation of how to estimate/calculate In(2) to within an accuracy of ɛ,
for example, e = 0.01. Specifically how many subdivisions are needed?
(d) With n = 5 compare the left endpoint approximation L5, the right endpoint
approximation Rz and their average to ln(2) (use a calculator.) Which is best?
Transcribed Image Text:In this problem we will see how to use Riemann Sums to calculate In(2). (a) According to the Fundamental Theorem of Calculus which bound b is needed to get 1 dx = In(2)? Show your work. (b) Draw the rectangular figure corresponding to a left endpoint Riemann sum with n = 5 rectangles with equal bases. Is this an over or an under estimate? 1 (c) Give a clear explanation of how to estimate/calculate In(2) to within an accuracy of ɛ, for example, e = 0.01. Specifically how many subdivisions are needed? (d) With n = 5 compare the left endpoint approximation L5, the right endpoint approximation Rz and their average to ln(2) (use a calculator.) Which is best?
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