A solution of the differential equation
1 Crore+ students have signed up on EduRev. Have you? Download the App |
If y(t) is a solution of then y(1) is equal to
If y = y(x) and it follows the relation x cos y + y cos x = π then y" (0) =
The solution of primitive integral equation (x2 + y2) dy = xy dx is y = y(x). If y (1) = 1 and (x0) = e, then x0 is equal to
For th e primitive in tegral equation ydx + y2dy = x dy; x ∈ R, y > 0, y = y(x), y(1) = 1, then y(–3) is
The differential equation determines a family of circles with
The function y = f (x) is the solution of the differential equation satisfying f (0) = 0. Then
446 docs|930 tests
|
446 docs|930 tests
|