Solving First Order Separable Ordinary Differential Equation With Initial Value

Related BrainMass Solutions

• Solving a differential equation with initial condition.

  78619 Solving a differential equation with initial condition. A relation between a function f(x) and its derivative f'(x) = x√f(x) is given with an initial condition on f(x) as f(4)=16.

• Solutions to First-Order Ordinary Differential Equations

  We solve several first-order ordinary differential equations. Implicit equations are examined.

• First order ordinary differential equation

  23866 First order ordinary differential equation In order to solve differential equations, it is helpful to classify them as belonging to one or more categories.

• Solving First Order Separable Differential Equation.

  A first order separable differential equation is solved.

• separable differential equation

  296382 Solving the differential equation. I have this differential equation. y' = x^2*cos^2(y). I don't know if it's a separable differential equation or a first order differential equation. Please show me the steps in how to solve it.

• Solving a first order differential separable equation

  The solution assists with solving a first order differential separable equation with details provided.

• Laplace initial value

  : We get the solution to the differential equation: Solving using standard method (separable equation): This solution is comprised of a detailed explanation to solve initial value problem.

• Ordinary differential equations

  This provides a brief introduction to ordinary differential equations. The ordinary differential equation integration is examined.

• First order homogenous differential equation.

  26894 First order homogenous differential equation. Find the explicit solution to the ODE 2yy'=(1+y^2) subject to y(0)=4. What is the solution if y(0)=-4?