Establishes the order of the given Ordinary Differential Equation. Also determine if the equation is linear or not (\sin 0)y'''-(\cos 0)y'=2

Dolly Robinson 2021-05-19 Answered
Establishes the order of the given Ordinary Differential Equation. Also determine if the equation is linear or not
\((\sin 0)y'''-(\cos 0)y'=2\)

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Expert Answer

Derrick
Answered 2021-05-20 Author has 15485 answers
Step 1
Order:- The order of a differential equation is, the highest -order derivative of equation.
Linearity:- A differential equation is called linear if dependent variable and its derivatives have degree 1.
Step 2
Given differential equation is
\((\sin 0)y'''-(\cos 0)y'=2\) then
\(\Rightarrow (\sin 0)(y'''-\frac{(\cos 0)}{\sin 0}y')=2\)
\(\Rightarrow (y'''-\frac{(\cos 0)}{\sin 0}y')=\frac{2}{(\sin 0)}\)
\(\Rightarrow y'''-(\cot 0)y'=\frac{2}{(\sin 0)}\)...(1)
Here, in given equation highest order derivative is y'''
So, order of differential equation = 3.
Since, in equation (1), we can see dependent variable and its derivative have degree 1 so, given differential equation is linear.
Step 3
Answer:
Order: 3
given differential equation is linear
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