Chapter 11: Q12.14P (page 559)
Find the circumference of the ellipse.
Short Answer
The circumference of ellipse is .
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Chapter 11: Q12.14P (page 559)
Find the circumference of the ellipse.
The circumference of ellipse is .
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Express the following integrals as functions, and then, by (7.1), in terms of functions. When possible, use function formulas to write an exact answer in terms of , etc. Compare your answers with computer results and reconcile any discrepancies.
3. .
The integral (3.1) is improper because of infinite upper limit and it is also improper for 0 < p < 1 because xp-1becomes infinite at the lower limit. However, the integral is convergent for any p>0. Prove this.
A particle starting from rest at moves along the xaxis toward the origin.
Its potential energy is . Write the Lagrange equation and integrate it
to find the time required for the particle to reach the origin.
In Problem 4 to 13, identify each of the integral as an elliptic (see Example 1 and 2). Learn the notation of your computer program (see Problem 3) and then evaluate the integral by computer.
9. .
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