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
07/06/20
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
07/06/20
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.
07/06/20
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
Still looking for help? Get the right answer, fast.
Ask a question for free
Get a free answer to a quick problem.
Most questions answered within 4 hours.
OR
Find an Online Tutor Now
Choose an expert and meet online. No packages or subscriptions, pay only for the time you need.