linear differential equation with example
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Differential equations are equations which have the terms of a dependent variable differentiated only once with respect to an independent variable.
Enough of this high level talk.
Let's be simple and understand.
Any differential equation,
as simple as
dy/dx = 1 is a linear differential equation because it has only y differentiated wrt to x only once.
Another example can be anything like
dy/dx = sinx + tan^2 x - 323
or,
dy/dx = sin^-1 x
or,
dy/dx = 45 sec^2 x tan x sin x
Infinite possible combination
However,
d^2y/dx^2 = 243 sin x isn't a linear differential equation since it has y differentiated wrt x twice
Neither is
d^2x/dt^2 * m = -bdx/dt - kx
a linear differential equation.
Hope it helps you !
Enough of this high level talk.
Let's be simple and understand.
Any differential equation,
as simple as
dy/dx = 1 is a linear differential equation because it has only y differentiated wrt to x only once.
Another example can be anything like
dy/dx = sinx + tan^2 x - 323
or,
dy/dx = sin^-1 x
or,
dy/dx = 45 sec^2 x tan x sin x
Infinite possible combination
However,
d^2y/dx^2 = 243 sin x isn't a linear differential equation since it has y differentiated wrt x twice
Neither is
d^2x/dt^2 * m = -bdx/dt - kx
a linear differential equation.
Hope it helps you !
Answered by
0
Answer:
In mathematics, a linear differential equation is a differential equation that is defined by a linear polynomial in the unknown function and its derivatives, that is an equation of the form where,
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