Find the order and degree of the D.E's
Question = d²y/dx² + 2.dy/dx + y = log(dy/dx)
Answers
Answered by
6
Hello,
Definition of order of differential equation:
The highest order derivative is the order of the equation.
Degree: The highest order derivative raised to which power is known as degree.If the given differential equation is in polynomial form.
So,in present case
d²y/dx² + 2.dy/dx + y = log(dy/dx)
higher order derivative is 2, i.e. d^2y/dx^2
order is 2.
The given differential equation includes log(dy/dx),so degree is not defined.
Order: 2 and degree: not defined
Hope it helps you
Definition of order of differential equation:
The highest order derivative is the order of the equation.
Degree: The highest order derivative raised to which power is known as degree.If the given differential equation is in polynomial form.
So,in present case
d²y/dx² + 2.dy/dx + y = log(dy/dx)
higher order derivative is 2, i.e. d^2y/dx^2
order is 2.
The given differential equation includes log(dy/dx),so degree is not defined.
Order: 2 and degree: not defined
Hope it helps you
Anonymous:
Thank you Guru Ji. ♥
Similar questions