I am looking for a reference book to use besides Griffiths. I find the explanations in Griffiths to be disconnected, and I have to work very very hard to make out what he is trying to explain. And then when I try the problems in the book I am handicapped (completely stuck). Most of the books I...
A particle of rest mass m is accelerated to a kinetic energy K in a nuclear reactor. This particle is incident on a stationary target particle, also of rest mass m.
a) Show that the speed of the centre of mass (that is the speed of the frame in which the total momentum is zero) is \gamma...
Hi Mika,
What has been said about being shy in Engineering is true. In first year try to find a good group of students (i.e. students who actually do work). This shouldn't be too hard in U of T. There are some excellent students there. No matter how much you try to isolate your self in...
Hi Daniel I am getting the following,
from (1): p2=P/cos(theta2)
from (2): p1=p2sin(theta2)
substitution in (3) yields p2sin(theta2)+P/cos(theta2)=K/c+Mc
and after a few manipulations I get tan(theta2)+...
The neutral pion is an elementary particle of the meson family that has a rest mass energy of 135 MeV. This particle is unstable and decays into two photons ("light particles" of no rest mass and energy E=pc). Consider now the following situation: a neutral pion has a kinetic energy of 270 MeV...
The free neutron is known to decay into a proton, an electron, and an antineutrino v' (of negligible rest mass) according to n-->p+e+v'. The decay products are measured to have a total kinetic energy of 0.781+/-0.005 MeV. Show that this observation is consistent with the excess energy predicted...
Hi,
Please you don't have to solve this question. I just need a few tips on how to proceed, i.e. which particle to take as one having zero momentum etc.
Thank you.
Can you please give me a few pointers on this problem.
A particle of rest mass m is accelerated to a kinetic energy K in a nuclear reactor. This particle is incident on a stationary target particle, also of rest mass m.
a) Show that the speed of the centre of mass (that is the speed of the...
Hello Everyone,
Can you please help me with this problem. I am not looking for a complete solution to it, I just need a few guidelines on how to proceed. Here it is,
Let us consider a perfectly inelastic collision between two protons: an incident proton with mass m, kinetic energy K, and...
I am looking for a solutions manual or a book that has a lot of solved problems in modern physics. If anybody knows can you please recommend it to me.
P.S. The book I am using now is Modern Physics by Serway, Moses, Moyer.
Thank you
Consider an infinite parallel plate capacitor with the lower plate (at z=-d/2) carrying the charge density- \sigma and the upper plate (at z=d/2) carrying the charge density \sigma.
Determine all nine elements of the stress tensor in the region between the plates. Display your answer as a...
Thanks for your reply Daniel.
I have worked on this problem, but the result that I am getting is that the wave equation under the Gallilean transformation is satisfied. Please view key steps of my solution in the attachement.
Question: Show that the wave equation is in not covariant with respect to Gallilean transformations, given the function y=Asin(2pi(x/lambda - ft))
My main question is inorder to show the covariance of a law, should I apply the law on the primed variables and show that it is satisfied by...