Hii. Method of undetermined coefficients is sometimes lengthy but it sure does give the correct particular integral. As u hav already written the rough Yp,what u hav to do now is just replace it for y in the original equation and compare the coefficients of (e^4t)t^2,(e^4t)t and e^4t on both...
Actually it is possible that u haven't understood Gauss's law properly.In cylindrical type of charge distribution we generally take a cylindrical gaussian surface mainly because the electric field is perpendicular to the curved surface of the cylinder and so it helps with the integration of...
If you know the acceleration of a body and if the acceleration is constant can you not find the distance covered in t seconds.If u can then put the value of the distance i.e 60 cm in the equation and solve for t.
and the limits are from 0 to L because the x in the integration is just the extention or the compression in the spring.Here x=0 represents the equilibrium position where no external force is required to keep the body in a state of rest.
Potential energy is the work done by an external agent in moving a body slowly from the point of zero potential to the given point.Lets consider the two cases of compression and extension of a spring.
In case of compression the spring exerts an outward force on the body so as to push it towards...
To flyingpig.
What the solution requires is the use of Conservation of energy which states that if no external force acts on the given system then the total energy of the system remains the same. Here by total energy we mean the kinetic and the potential energies of the system.
Now in case of...
The potential of the cube is zero. So try the method of images to set up a system of charges due to which the potential of the cube is zero.See if that works
the given conjecture is wrong as for any positive integer a we have
a=0,1,2,3,4,-3,-2,-1(mod8) now squaring both sides we get
a^2=0,1,4(mod8) . See there is no remainder 2
see ,the change in pressure from bottom to top of the slab (dP) is equal to the pressure due to the weight of the slab.If you can figure this out then by writing out the equation, dP/dz can be easily solved and the answer comes out to be density of slab times g.