General solution of a differential equation
If the solution of a differential equation of order n contains n arbitrary constants, then it is called the General solution of the differential equation..
Write the general solution of the differential equation y′ - 7y..
Write the general solution of the differential equation y ′ - 7 y = 1 - 7 x . => y = x + C e -7 x or x = y + C e -7 x or y = x + C e 7 x or x = y + C e 7 x..
What is the general solution of the differential equation y′ + 3..
What is the general solution of the differential equation y ′ + 3 x + 4 8 y = 0? => ( x + 48) 2 y = C or ( y + 48) 2 x = C or ( x + 48) 3 y = C or ( y + 48) 3 x = C..
What is the general solution of the differential equation dydx = (30 x..
What is the general solution of the differential equation d y d x = (30 x 5 - 54 x 8 ) y ? => y = C e 30 x 6 - 54 x 9 or y = C e 5 x 6 - 6 x 9 or y = C e 150 x 4 - 432 x 7 ..
Which of the following is the general solution for the given different..
Which of the following is the general solution for the given differential equation d y d x = y 2 e x ? => y = - 1 e x + C or y 3 = - 2 e x + C or y = - 1 e x + C or y = 1 e x + C..
Any function that satisfies a differential equation is known as the __..
Any function that satisfies a differential equation is known as the ____ of that differential equation. => General solution or Order or Particular solution or Degree..
The highest order derivative of the unknown function occuring in the d..
The highest order derivative of the unknown function occuring in the differential equation is the ________ of the differential equation => Power or Order or Degree or Particular solution or General solution..
Differentiability
Differentiability - We have already defined the derivative of a function f(x) at a particular point 'a' and derivative of f(x) in general for the variable x as f (a) and f (x) respectively. The restriction in both the cases is that 'the limit must exist'. IfWe have already defin..
Differentiability - We have already defined the derivative of a function f(x) at a particular point 'a' and derivative of f(x) in general for the variable x as f (a) and f (x) respectively. The restriction in both the cases is that 'the limit must exist'. IfWe have already defin..To find the general solution of the following equations
(i) sin q = 0 (ii) tan q = 0 (iii) cos q = 0 (iv) cot q = ..
Solution of a differential equation:
A functional relation between x and y which satisfies the given differential equation. Solution of a differential equation by the method of variables separable..
Result
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