Solve the following DEs
1.) dy/dx + y =e^3x
2.) x^2y' +xy = 1
3,) x(dy/dx)-y...
Solve the following DEs
1.) dy/dx + y =e^3x
2.) x^2y' +xy = 1
3,) x(dy/dx)-y = x^2 sin(x)
4.) y' - 2y = e^2x, y(0) = 2
5.) cos(x)(dy/dx) + ysin(x) = 1, y(pi/4) = 0
Solutions
Expert Solution
All are linear differential equations, so we first need to find
the integrating factor then the general solution by use the direct
formula. The solution is given below...
d^2y/dx^2 − dy/dx − 3/4 y = 0,
y(0) = 1, dy/dx(0) = 0,
Convert the initial value problem into a set of two coupled
first-order initial value problems
and find the exact solution to the differential equatiion
Evaluate or solve the following
A) dy/dx=
-(2x2+y2)/(2xy+3y2)
B)dy/dx=(1+y2)/(1+x2)xy
C) (x2+1)dy/dx+2xy=4x2 given that when
x=3,y=4
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