Popular Questions
- The differential equation of the family of circles passing through
- The elimination of the arbitrary constants A, B and C from
- The differential equation corresponding to primitive
- The differential equation for all the straight lines which are at a unit distance from the origin is
- Differential equation whose Sol. is y = cx + c - c3, is
- The Differential equation of the family of curves
- The differential equation of displacement of all "Simple harmonic motions" of given period
- The form of the differential equation of the central conics ax^2 + by^2 = 1 is
- The differential equation of the rectangular hyperbola, where axes are the asymptotes of the hyperbola, is
- The order and degree of the differential equation
- The order and degree of differential equation
- The differential equation of system of circles touching the Y - axis at origin is
- order of the equation
- The degree of the differential equation satisfying
- the oder differential equations
- where a and a are real Number, then
- If y = (sin^ -1 x)^2, then (1 - x^2) d^2y/dx^2 - x dy/ dx is equal to
- the degree of the Differential Equations
- the degree of the differential equations
- the order and degree of the differential equations
- From the differential equation of all family of lines y = mx + 4/m by eliminating the arbitrary constant m.
- The order and degree of the differential equation
- The differential equation representing the family of curves y^2 = 2c(x + ^c2/3), where c is a positive parameter is of
- The degree of the equation
- y = cx - x^2 is the general solution of the differential equation
- The differential equation of all non - vertical lines in a plane is
- The order and degree of the differential equation
- The differential equation of coaxial parabola y^2 = 4a(x - b), where a and b are arbitrary constants, is
- The differential equation of the family of circles passing through the fixed points (a, 0) and (-a, 0) is
- The differential equation of the family of curves y = e^2x (a cos x + b sin x), where a and b are arbitrary constants, is given by
- The order and degree of the differential equation
- The differential equation of all circles passing through the origin and having their centers on x - axis is
- Denotes the greatest integer funcyion
- Let p(x) be the function defined on R such that
- The value of
- Let . denote the greatest integer function then the
- If g(x)
- Statement 1 The value of the integral
- The integral
- The integral equals
