x^2d^2y/dx^2-xdy/dx+y=log x+sin(log x)+1/x
In the following problem use a suitable substitution to reduce the order of the given DE and then solve it
The rate constant for the radioactive disintegration of 6027Co is 0.1317 year".
Calculate the mass of .2760Co that will remain after 21.04 years out of 1 gram sample.
Solve x2p+y2q=(x+y)z
(x + 2) - (d ^ 2 * y)/(d * x ^ 2) - (2x + 5) * (dy)/(dx) + 2y; =(x+1) ex
xy"+2y'=0 reduced into y
Solution of the equation of the form (d ^ 2 * y)/(d * x ^ 2) + P * (dy)/(dx) + Qy = 0 is known as (a) Auxiliary equation (b) Complementary function (c) Particular integral (d) Singular solution (e) None of these
singular and general solution
e^3x(p-1)+p^3e^2y=0;X=e^x ,Y=e^y by substitution
find general and singular solution y=2xp+4yp^2;X=x,Y=y^2 ,by using clairat's equation
Solve the following equations by the use of the operator D
1. D²y -2Dy + y= sinx +x²
2.D²y -6Dy +6y= e^3x + e^-3x