3. Solve the Bernoulli's Equation or’y'-3y2 + 2xy = 0, y(2) = 5
2. Solve the following Bernoulli's differential equations. (a) 2204 + 2xy – 2,2 = 0 (b) = 54 – 3y2 (c) y 2 x +48 = 1 (d) copy + 6y = 3x44/3 dr
Q4: Solve Bernoulli's equation dy + 3xy = y2x3 ? dx
Q4: Solve Bernoulli's equation dy + 3xy = y2x3 : dx
dy 04: Solve Bernoulli's equation dx + 3xy = y2x32
the Q is in the photo Q4: Solve Bernoulli's equation dy dx + 3xy = y2x3 ?
Q4: Solve Bernoulli's equation dy + 3xy = y2 x3 : dx (10 Marks)
solve the given DE or IVP (Initial-Value Problems) In Problems 2-5, solve the given DE or IVP (Initial-Value Problems) 3. y sin2 (4x - 4y +3)
1. Solve the following transient heat equation by separation of variable method. ат ах Atx=L, T =To IC: At t = 0, T=T, 1. Solve the following transient heat equation by separation of variable method. ат ах Atx=L, T =To IC: At t = 0, T=T,
Question 7: Solve the entire problem using Laplace Transforms. Recall the DE for our two-vessel water clock ах - Ax, where A dt k(0)= DE IC: -1] Let X(s) denote the Laplace transform of x(t). Then x(s) = (sl-A)-1 (0) There is no forcing term, so this is just the zero-input or homogeneous solution. Solve for X(s) and record your answer in the answer template. The first component has been given for you Question 7: The solution in the transform...