Recent content by ajay.05

Wow, Thank you Hiero But, can you suggest me any good source? I mean is the source a book or do I have to create the source myself?

Greg, I'm ready to work and practice a lot, as I have said in my question. But the problem is, I don't know how do I go about this. I don't want to put my work blindly everywhere. I just wanted some path where can I go, so that I get a good deal of knowledge about this subject. I thought that it...

Great link, Thank you

Hello everyone, and first of all I would like to clarify that I don't think I'm asking a regular "how do people do physics" out of frustration. I am really interested in physics and I've joined a university for my Under Grad Physics course, and I want to go beyond what my course teaches. Is...

Wow...Thank you

Thank you...Helped me a lot

I would like to know whether this occurs along with Lorentz contraction due to OUR definition of a meter.

I tried to mean like this...Think of a giant wall(stationary wrt earth) beside both of them, and think that they have the ability to mark exactly as per the SI definition on that wall...Now, when a beam of light passes they do their measurement. Now, as time dilates for the person in motion...

SI defines one meter as the distance traveled by light in one upon 299792458(=k) seconds, from which we get that, D=c*k, where k is marked above. So, let's consider two frames on at rest wrt the earth(f1) and another moving at, say 0.99*c(f2). SR says that the time dilates for f2 wrt f1. And...

Wow! Thanks, but what does that 'high symmetry' here signify?

Homework Statement The actual question was to somehow derive the expression for a magnetic field at the center of a current carrying loop. Homework Equations The Biot-Savart's law equation dB = (mu/4π)*(i dl x r)/r^3 (I'm not actually good at typing in the equations, so please just forgive...

Or can I say like this...phase is the condition/position of a particle at a particular point and at a particular instant of time in a traveling wave, and difference between trigonometric arguments of a particular particle at different instants of time is phase difference. Is that right? Anything...

I'm currently studying wave mechanics(high school level), and more thing that makes scribble all over is the concept of phase and Phase difference. After these long tries, I could mathematically think of what they are, but cannot geometrically or logically express it. Can someone help me out...

I got 7/12

Thank You For your reply:)