Derive Green’s Theorem from Sturm-Liouville Eigen Value problem. When do you need Green’s theorem in the...

Derive Green’s Theorem from Sturm-Liouville Eigen Value problem. When do you need Green’s theorem in the context of a Heat or Diffusion Equation?

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samet mamat answered 2 years ago

Write down Green’s Circulation Theorem. Explain when Green’s Circulation Theorem applies and when it does not....

Write down Green’s Circulation Theorem. Explain when Green’s Circulation Theorem applies and when it does not. Give an example of Green’s Circulation Theorem showing the function, the integral and drawing the region.

Determine the eigenvalues and the corresponding normalized eigenfunctions of the following Sturm–Liouville problem: y''(x) + λy(x)...

Determine the eigenvalues and the corresponding normalized eigenfunctions of the following Sturm–Liouville problem: y''(x) + λy(x) = 0, x ∈ [0;L], y(0) = 0, y(L) = 0,

Consider Sturm-Liouville problem −u`` + q(x)u = λu , x ∈ (a, b), u(a) = 0,...

Consider Sturm-Liouville problem −u`` + q(x)u = λu , x ∈ (a, b), u(a) = 0, u(b) = 0. please can you find the eigenvalues and eigenfunction?

Consider the Sturm-Liouville problem X′′(x) + λX(x) = 0 subject toX′(0) = 0, X(l) = 0....

Consider the Sturm-Liouville problem X′′(x) + λX(x) = 0 subject toX′(0) = 0, X(l) = 0. Are the boundary conditions symmetric? Do these boundary conditions yield negative eigenvalues? Determine the eigenvalues and eigenfunctions, Xn(x). (It is enough in some cases to provide the equation that determines the eigenvalues rather than an explicit formula.) Are the eigenfunctions orthogonal?

Give an example of a problem when you may need to use the central limit theorem...

Give an example of a problem when you may need to use the central limit theorem to compute thr cjances of an event and why

Derive the Nyquist sampling theorem from first principles.

In this problem, you need to derive the block-pricing scheme that maximizes profit in the case...

In this problem, you need to derive the block-pricing scheme that maximizes profit in the case of 2nd-degree price discrimination when a monopolist faces a consumer with high demand PH = 80 − QH, a consumer with low demand PL = 50 − QL, and constant marginal cost of $10. For your derivations, assume that the monopolist serves both consumer types and use TL and TH to denote the fixed fees (dollar amounts) charged to the consumers with low and...

When calculating the market value of your bond, what calculations do you need to complete? Question...

When calculating the market value of your bond, what calculations do you need to complete? Question 1 options: Both present value of a lump sum and present value of an annuity Future value of an annuity Future value of a lump sum Present value of an annuity Present value of lump sum Both future value of a lump sum and future value of an annuity Why might a company issue bonds as opposed to stock? Question 2 options: To finance...

Derive the variation of parameters formula for the solution of the initial value problem for a...

Derive the variation of parameters formula for the solution of the initial value problem for a non-homogeneous, linear system of first order, ordinary differential equations in terms of a fundamental matrix of solutions of the corresponding homogeneous problem.

Do you belong to an online community? If so, describe the benefits you derive from this...

Do you belong to an online community? If so, describe the benefits you derive from this group and how it affects your consumption.

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