(4) (a) Graph y = √√√1 − x². (b) Partitioning into how many intervals does insure that §²₁ √1 – x²dx can be S imated using Midpoint rule to within 0.01? (c) Then use technology to compute an approximation of A = to within 0.01. (d) Finally calculate the number p = approx- SVT ✓³). What number does 6p approximate? √1 - x²dx accurate
(4) (a) Graph y = √√√1 − x². (b) Partitioning into how many intervals does insure that §²₁ √1 – x²dx can be S imated using Midpoint rule to within 0.01? (c) Then use technology to compute an approximation of A = to within 0.01. (d) Finally calculate the number p = approx- SVT ✓³). What number does 6p approximate? √1 - x²dx accurate
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Transcribed Image Text:(4) (a) Graph y = √1-x².
(b) Partitioning into how many intervals does insure that ƒ²₁ √1 – x²dx can be approx-
imated using Midpoint rule to within 0.01?
(c) Then use technology to compute an approximation of A = S
to within 0.01.
(d) Finally calculate the number p =
√³/₁ √1 – x²dæ accurate
-
(
(A-V³).
✓3). What number does 6p approximate?
4
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