Reeves
2020-12-13
Answered

Use Greens

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avortarF

Answered 2020-12-14
Author has **113** answers

Step 1

Lets

Lets

asked 2021-01-05

Use Green’s Theorem to evaluate around the boundary curve C of the region R, where R is the triangle formed by the point (0, 0), (1, 1) and (1, 3).

Find the work done by the force field F(x,y)=4yi+2xj in moving a particle along a circle${x}^{2}+{y}^{2}=1$ from(0,1)to(1,0).

Find the work done by the force field F(x,y)=4yi+2xj in moving a particle along a circle

asked 2021-02-21

Use Greens

asked 2021-09-08

Solve for G.S. / P.S. for the following differential equations using separation of variables.

$2{\mathrm{sin}}^{2}2tdx=\mathrm{cos}x(1+\mathrm{cos}2x)dt$

asked 2021-11-16

State and prove the linearity property of the Laplace transform by using the definition of Laplace transform. Give an example by selecting different types of function, from, trigonometric, polynomial, exponential that shows the application of this property while solving the Laplace transform by using direct rules.Does such property hold for the inverse Laplace transform as well? Prove by giving a suitable example.

asked 2022-01-07

Prove multivariable function is surjective

The function is

asked 2022-01-04

First of all, I'm new to multivariable calculus... in a multivariable function, by assuming that its domain is going to be $R}^{2$ and its image is going to be all real numbers, the graph of that function is defined as a subset of $R}^{3$ in which the x and y axis are going to receive the inputs, and the output is going to be in $z(x,y,f(x,y))$ ? Is that correct? Will its graph, in this example, be some kind of surface?

asked 2021-09-12

Plot each complex number. Then write the complex number in polar form. You may express the argument in degrees or radians.

57.

58.

59.