# Solving Separable Differential Equations

Solving separable differential equations is a fundamental concept in mathematics with wide-ranging applications in various scientific and engineering fields. In essence, these equations can be manipulated to isolate variables and integrate both sides, allowing for the determination of functions that satisfy the given conditions. This process involves a systematic approach that exploits the separability property of certain differential equations, leading to elegant solutions that encapsulate the behavior of dynamic systems. Mastery of this technique is crucial for understanding dynamical processes in nature and engineering, making it a cornerstone of mathematical problem-solving and modeling endeavors.

- How do you find the general solution to #dy/dx+e^(x+y)=0#?
- Find the differential equation # (1+y^2)(1+lnx)dx+xdy=0# with #y(1)=1#?
- Solve the Differential Equation #dy/dx +3y = 0# with #x=0# when #y=1#?
- What is the general solution of the differential equation # (x^2+y^2)dx+(x^2-xy)dy = 0 #?
- If #y= sinx/ x^2#, find #dy/dx# and #(d^2y)/(dx^2)#. Then prove that #x^2 (d^2y)/(dx^2) + 4x dy/dx + (x^2 + 2) y = 0# ?
- #x*y = a(y+√(y²-x²))# then show that #x³*dy/dx=y²(y+√(y²-x²))# ?
- What is the solution of the differential equation # dy/dx = 2y(5-3y) # with #y(0)=2#?
- What is a solution to the differential equation #dy/dx=1/x+1#?
- What is a solution to the differential equation #y'=1/2sin(2x)#?
- How do you find the particular solution to #ysqrt(1-x^2)y'-x(1+y^2)=0# that satisfies y(0)=sqrt3?
- How do you find the particular solution to #ysqrt(1-x^2)y'-xsqrt(1-y^2)=0# that satisfies y(0)=1?
- How do you solve separable first-order differential equations?
- Is there a systematic way to determine an integrating factor #mu(x,y)# of the form #x^n y^m#, given a not-necessarily-exact differential equation?
- Can u guys helpe please? Ive been trying to solve two questions and i simply have no luck. They are: Inverse laplace of #s/(s^4+4a^4)# And Inverse laplace of #s/(s^4+s^2+1)# If you guys could gelp me I wpuld be grateful
- What is a solution to the differential equation #dy/dx=3y#?
- How do you solve #y'+3y=0# given y(0)=4?
- Find the solution of the differential equation #xy'=y+x^2\sinx# that satisfies the given initial conditions below?
- What is the general solution of the differential equation? : #y''+4y=2sin2x#
- How to find the auxillary equation and the final solution for #(d^2Phi)/(dphi^2) + BPhi = 0# assuming #Phi = e^(im_lphi)#?
- How do you find the general solution to #dy/dx=1/sec^2y#?