36 Answered Questions for the topic ODE

07/09/20

Find the 5th ODE

Given  a 5th order ODE:            if its algebraic (characteristic) equation         has roots as:         ,then the general solution of (*) is:

07/09/20

Find the ODE of the following

                is not an exact ODE.Select a function from below options so that if both sides of the equation is multiplied by the function, then the new ODE is exact.a.) y^(-2)b.) xc.) y^(-1)d.) x/y more

07/08/20

Find the general solution of the ODE

Find the general solution of the following ODE:     Please show ALL work. 

07/08/20

Solve the ODE when general solution is given

Given the following ODE:        its general solution is:             .Determine the value for A, then find      and     .Please show ALL work. 

07/08/20

General solution of the ODE

Find the general solution of the following ODE:       Please show ALL work.

07/08/20

General solution of the following ODE

Finf the general solution of the following ODE:16y(4)-81y=0Please show ALL work 

solve the following 1st order ODE

Use an appropriate method to solve the following 1st order ODE:             Express the final answer in an explicit form if possible, if not, leave the final answer in an implicit form. Please show... more

Solve to get explicit form

Use an appropriate method to solve the following 1st order ODE:  Express the final answer in an explicit form. Please show ALL work to get credits.

Set-up an Initial Value Problem describing the above problem and compute the initial amount of salt in the tank right before the process started.

A tank of max capacity of 120 liters in volume contained 40 liters of brine solution initially. Fresh water is flown in at a rate of 7 liters per minute. The solution inside the tank is well... more
Ode

09/02/18

Integration of t/1-t2 dt

For reduction in order in ordinary differential equations for assignment 

08/04/17

solve the differential equation dy/dx = (r√(x^2+y^2) + by) / bx, for y. The hint is to let v = y/x

By letting v = y/x, transform the differential equation to adifferential equation in v and x. Find the implicit solution of the resulting separableequation. Then use the relationship y = xv to... more

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