For the differential equation: 2(1-x)y''-3y'+(y/x)=0 What are the singular points and determine whether they are regular or irregular? Then find the roots of the indicial equation Thank...
For the differential equation: 2(1-x)y''-3y'+(y/x)=0 What are the singular points and determine whether they are regular or irregular? Then find the roots of the indicial equation Thank...
Can u help me solve this problem: (cos y) dy/dx - sin(y) = x, where y(0)=0
A toilet cistern was emptied and refilled and the following data obtained: t = [ 0 2 3 4 5 8 14 23 28 34 41 53 74] time in seconds h = [17.5 11 7 4 2 0.5 5 10 12 15 16 17 17.5]; height...
Please could someone show me a step by step method that works for all these kind of problems.
By using the Green's function, solve: y''-αy =e^(-αx) with initial conditions y(0)=y'(0) = 0 thank you to whoever can do this in detail for me :)
i dont know how to deal with e and sine in the same equation.
i dont understand this at all!! help me with this asap!!
csc = cosecant confusing!!
the might be the most confusing question for me, in my opinion.
before using differentiation, do I have to FOIL the problem first? i need help.
log_5 means that the base is 5. ((3x^2) - 4x) is counted as the exponent for e. * means multiply
Differentiation. i need help with this problem.
(*The dot next to the N means N prime) A lake is stocked with an initial population of fish N0 (at t = 0). Over time the fish population N(t) grows according to the differential...
Differentiability and continuity
The governing equation: ∂Ω/∂t = (∂2Ω/∂x2)-DH(∂Ω/∂x) Find the steady-state solution Ω(x) from the boundary conditions: Ω(0) =1,Ω(1)=0
Solve the following differential equation with the given initial condition: (1-t^2) dy/dt = 2t, y=0 when t=0, for -1< t < 1
ignoring resistance, a sailboat starting from rest accelerates (dv/dt) at a rate proportional to the difference between the velocities of the wind and the boat. a) the wind is blowing at...
Find the radius of convergence and the interval of convergence for: Σ (n=1 to infinity) (2^n(x-2)^n)/(n+2)! Nothing really beyond what the question asks. I think I am supposed to find the...
I have been very stuck on this problem for a few days. I manage to separate the variables however and integrate for y but I am left with a very difficult integral for x.
Find the stability of this differential equation and explain if it's stable or unstable dy/dt = (1-y)(y+3)