Q1- Out of Trapezoidal rule and Simpson’s 1/3rd rule which one is better explain in detail....

Q1- Out of Trapezoidal rule and Simpson’s 1/3rd rule which one is better explain in detail. Also solve one application based problem using that rule. Compare the exact and approximate result to compute the relative errore.

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Colby Messinger answered 1 year ago

MATH505 – NUMERICAL METHODS AND ANALYSIS 6. Out of Trapezoidal rule and Simpson’s 1/3rd rule which...

MATH505 – NUMERICAL METHODS AND ANALYSIS 6. Out of Trapezoidal rule and Simpson’s 1/3rd rule which one is better explain in detail. Also solve one application based problem using that rule. Compare the exact and approximate result to compute the relative error.

Explain and state the formula of (a) Trapezoidal rule, (b) the Midpoint Rule, and (c) Simpson’s...

Explain and state the formula of (a) Trapezoidal rule, (b) the Midpoint Rule, and (c) Simpson’s Rule and the error formula of each

Use (a) the Trapezoidal Rule, (b) the Midpoint Rule, and (c) Simpson’s Rule to approximate the...

Use (a) the Trapezoidal Rule, (b) the Midpoint Rule, and (c) Simpson’s Rule to approximate the given integral with the specific value of n. (Round your answer to six decimal places). ∫13 sin (?) / ? ?? , ? = 4 Please show all work.

Briefly compare and contrast Trapezoid Rule and Simpson’s Rule. Talk about the ways in which they...

Briefly compare and contrast Trapezoid Rule and Simpson’s Rule. Talk about the ways in which they are conceptually similar, and important ways in which they differ. Use the error bound formulas (found in the notes, and on the practice final exam) to show that the error in using these formulas must approach zero as h (the distance between adjacent nodes) approaches zero.

The instructions for the given integral have two parts, one for the trapezoidal rule and one...

The instructions for the given integral have two parts, one for the trapezoidal rule and one for Simpson's rule. Complete the following parts. Integral from 0 to pi ∫4sint dt I. Using the trapezoidal rule complete the following. a. Estimate the integral with n=4 steps and find an upper bound for AbsoluteValueET. T=? (Simplify your answer. Round to four decimal places as needed.) An upper bound for AbsoluteValueET is ? (Round to four decimal places as needed.) b. Evaluate the...

use Simpson's 3/8th Rule on the first 3 segments, and multiple application of Simpson's 1/3rd Rule...

use Simpson's 3/8th Rule on the first 3 segments, and multiple application of Simpson's 1/3rd Rule on the rest of the segments. ?(?)=400?5−900?4+675?3−200?2+25?+0.2 a = 0.12 b = 1.56 n = 7

if you only had one choice to make out of the two.....which is a "better measure"...

if you only had one choice to make out of the two.....which is a "better measure" of competitive balance in the sports environment: The HHI (Hirfindahl Hirschman Index) or The Ratio? Overall, Choose one as your preferred method....but ....be sure to explain both methods; & WHY you prefer one over the other!! please write two paragraphs, one explaining each method and the second paragraph contains which is better and why.

Explain why most economists would argue that a two-in/one-out rule for regulation is not consistent with...

Explain why most economists would argue that a two-in/one-out rule for regulation is not consistent with a cost-benefit approach to regulation. Give a potential rationale that would be used by some economists who believe that in practice it is. Define a regulatory approach. Repeat the previous analysis for a policy with a (small) regulatory budget.

Explain why most economists would argue that a two-out/one-in rule for regulation is not consistent with...

Explain why most economists would argue that a two-out/one-in rule for regulation is not consistent with a cost-benefit approach to regulation. Give a potential rationale that would be used by those economists who believe that, in practice, it is. Define a regulatory budget. Repeat the previous analysis for a policy with a (small) regulatory budget.

Q1. Explain the solow-swan model in detail with graph.

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