Question

Find the solution to the following equation using an appropriate integrating factor. Include largest interval solution...

Find the solution to the following equation using an appropriate integrating factor.

Include largest interval solution is valid for

x(dy/dx)-2y√(x) =3√(x) y(1)= -1

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Use an integrating factor to reduce the equation to an exact differential equation, then find general...
Use an integrating factor to reduce the equation to an exact differential equation, then find general solution. (x^2y)dx + y(x^3+e^-3y siny)dy = 0
consider the equation y*dx+(x^2y-x)dy=0. show that the equation is not exact. find an integrating factor o...
consider the equation y*dx+(x^2y-x)dy=0. show that the equation is not exact. find an integrating factor o the equation in the form u=u(x). find the general solution of the equation.
Solve the following equation using integrating factor. y dx + (2x − ye^y) dy = 0
Solve the following equation using integrating factor. y dx + (2x − ye^y) dy = 0
1) Solve the given differential equation by finding, as in Example 4 of Section 2.4, an...
1) Solve the given differential equation by finding, as in Example 4 of Section 2.4, an appropriate integrating factor. (14 − 20y + e−5x) dx − 4 dy = 0 2) Solve the given initial-value problem. x dy/ dx + y = 2x + 1,   y(1) = 9 y(x) = Give the largest interval I over which the solution is defined. (Enter your answer using interval notation.) I = please show steps
Find an appropriate integrating factor that will convert the given not exact differential equation cos ⁡...
Find an appropriate integrating factor that will convert the given not exact differential equation cos ⁡ x d x + ( 1 + 2 y ) sin ⁡ x d y = 0 into an exact one. Then solve the new exact differential equation.
find the general solution of the given differential equation. Give the largest interval I over which...
find the general solution of the given differential equation. Give the largest interval I over which the general solution is defined. Determine whether there are any transient terms in the general solution dy/dx +y = e3x
Solve the 1st-order linear differential equation using an integrating fac- tor. For problem solve the initial...
Solve the 1st-order linear differential equation using an integrating fac- tor. For problem solve the initial value problem. For each problem, specify the solution interval. dy/dx−2xy=x, y(0) = 1
Find an integrating factor and solve the O.D.E. 1 + (x/y − sin(y) *dy/dx = 0.
Find an integrating factor and solve the O.D.E. 1 + (x/y − sin(y) *dy/dx = 0.
Find an integrating factor for the equation that depends on one variable only. Verify that the...
Find an integrating factor for the equation that depends on one variable only. Verify that the equation that results from multiplying the equation below by your integrating factor is indeed exact. You do not need to solve the equation. 1 + (1 + t + y)dy/dt = 0
1. Consider the ODE dy/ dx = tanh(x) − y tanh(x). Use the integrating factor method...
1. Consider the ODE dy/ dx = tanh(x) − y tanh(x). Use the integrating factor method to find the general solution of the ODE. Find the general solution of the ODE using a different method. Do you get the same answer? Explain briefly.