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## Category: Differential Equations Posted By Bruce Simons # I need help understanding how to solve numbers 1 and 4. Than

Posted By Bruce Simons

I need help understanding how to solve numbers 1 and 4. Thanks! # Hi, I found you on Chegg and again on here with your help on

Posted By Bruce Simons

Hi, I found you on Chegg and again on here with your help on others. You seem very knowledgeable, I was wondering if you can help me with this project. I have attached the description and the two # As a spring is heated, its spring constant decreases (see th

Posted By Bruce Simons

As a spring is heated, its spring constant decreases (see the figure). Suppose the spring is heated to that the spring constant at time t is given by k(t)=6-t (N/m). If the unforced mass-spr # y””‘ 2y”” 2y”‘+4y” +y’ 2y = 8t^3.

Posted By Bruce Simons

y””‘ 2y”” 2y”‘+4y” +y’ 2y = 8t^3. # In each of problem 1 through 2, (a) find the indicial equati

Posted By Bruce Simons

In each of problem 1 through 2, (a) find the indicial equation, (b) determine the appropriate form of two linearly independent solutions, and (c) find the first five terms of each of two linearly ind # y”‘-13y”+42y’=60e^x, y(0)=27, y'(0)=12, y”(0)=11 y(x)=?

Posted By Bruce Simons

y”‘-13y”+42y’=60e^x, y(0)=27, y'(0)=12, y”(0)=11 y(x)=? Posted By Bruce Simons # Hi, So my price is \$15, i have to get full credit. Thanks yo

Posted By Bruce Simons

Hi, So my price is \$15, i have to get full credit. Thanks you # x’=Ax=(1 0 0 ) x(0)=(1) ( 2 1 -2 ) (2) ( 3 2 1 ) (3 find the

Posted By Bruce Simons

x’=Ax=(1 0 0 ) x(0)=(1) ( 2 1 -2 ) (2) ( 3 2 1 ) (3 find the solution to the IVP and describe the behavior of the solu