AubameyangBolt
AubameyangBolt AubameyangBolt
  • 22-06-2022
  • Mathematics
contestada

Using separation of variables technique, solve the following differential equation with initial condition y'= e sinx and y(pi) = 0. The solution is: ​

Using separation of variables technique solve the following differential equation with initial condition y e sinx and ypi 0 The solution is class=

Respuesta :

konrad509
konrad509 konrad509
  • 22-06-2022

[tex]\begin{aligned}&y'=e^y\sin x\\&\dfrac{dy}{dx}=e^y\sin x\\&\dfrac{dy}{e^y}=\sin x\, dx\\&\int \dfrac{dy}{e^y}=\int \sin x\, dx\\&-e^{-y}=-\cos x+C\\&e^{-y}=\cos x+C\\\end[/tex]

[tex]e^{-0}=\cos \pi +C\\1=1+C\\C=0\\\\\boxed{\boxed{e^{-y}=\cos x}}[/tex]

Answer Link

Otras preguntas

About how many editors work at a newspaper
what is 16a +24b in distributive property
Janine wants a necklace 20 beads long
If he was able to machine 25 items on Tuesday, how many would he machine on Wednesday?
Describe the different types of results that will occur when performing transformations on equations that have one solution, no solutions or infinitely many sol
All of the following would be considered environmental factors that influence your personality EXCEPT: a. support b. aptitude c. love d. security
The amount of rhubarb in the original recipe is 3 1/2 cups. Using what you know of whole numbers and what you know of fractions, explain, how you could triple t
Summarize the role of women by the late 1800s, what challenges did families face?
The best place to begin looking for scholarships is _____. A. the NCAA B. a college clearinghouse C. nationally D. locally
What economic, political, and social conditions encouraged the growth of imperialism in Africa and Asia?