Diffrentiation of parametric function
Answer (1)
Hi,
In a parametric function, there will two equations given for example suppose
y=sin a
x= cos a, where 'a' is the parameter.
So in order to find a parametric equation, you will need to find (dy/dx)
On differentiating y and x with respect to a (since a is the parameter), we get
dy/da= cos a
dx/da= -sin a
So now we will need to find dy/dx in order to find parametric function. So,
dy/dx= (dy/da)÷(dx/da)= (cos a/-sin a)= -cot a
So -cot a is the parametric function of the 2 equation.
Following this process you can solve any parametric function.
In a parametric function, there will two equations given for example suppose
y=sin a
x= cos a, where 'a' is the parameter.
So in order to find a parametric equation, you will need to find (dy/dx)
On differentiating y and x with respect to a (since a is the parameter), we get
dy/da= cos a
dx/da= -sin a
So now we will need to find dy/dx in order to find parametric function. So,
dy/dx= (dy/da)÷(dx/da)= (cos a/-sin a)= -cot a
So -cot a is the parametric function of the 2 equation.
Following this process you can solve any parametric function.
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