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From the differential equations provided, identify the pure time differential equation and the differential equation autonomous: a. y' = y2 – y* = e=*Vx c. y' = x²y* dN b. %3D dt

From the differential equations provided, identify the pure time differential equation and the differential equation autonomous: a. y' = y2 – y* = e=*Vx c. y' = x²y* dN b. %3D dt

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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give ans only of 2nd question and yes all three sub parts of 2nd

2- From the differential equations provided, identify the pure time differential equation and the differential equation autonomous: a. y' = y² – y* dN b. dt c. y' = x²y+ 3- Determine the equilibrium points and stability of each of the functions that satisfy the dy %3D у(у — 10)(у — 20) dx differential equation:
Transcribed Image Text:2- From the differential equations provided, identify the pure time differential equation and the differential equation autonomous: a. y' = y² – y* dN b. dt c. y' = x²y+ 3- Determine the equilibrium points and stability of each of the functions that satisfy the dy %3D у(у — 10)(у — 20) dx differential equation:
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