Recent content by pinal08854

Hi Can anyone please explain Gauss Law in simple terms for me? I really don't understand the electric flux and formulas in this law. My book is very short on explaining this law.

The Parallel Plate Capacitor and Gauss Law? Hi I really do not understand these two things. I read like every single book on this things but still am a lot confused about these two concepts. Can anyone explain me in the most simplest terms of all? I would really appreciate that. What is this...

You guys are right...I made a stupid algebraic mistake and figured it out to be 670 Hz instead of 167.5 Hz. I plugged in L/2 in the wrong place...stupid substitution error...Thanks a lot for helping me, guys.

so basically the new frequency is half of original one which would be 167.5 Hz, right? because if I substitute this in place of L I get f= n f/2 which comes out to be 335/2= 167.5...right? Am I making sense?

so that means the value of n would be 1/2, right? because it's fingered half way through the wave. Wouldn't n be a whole number..I really have no idea

I have a question on this problem 1. 10. A violin string vibrates at 335 Hz when unfingered. At what frequency will it vibrate if it is fingered one half of the way down from the end? For this one I worked out that string is fixed at both ends because its in a violin so I am thinking of...

I am trying to comprehend what you are trying to say here..but for destructive interference, we use L2-L1= n lambda/2 (right)?? Where did you get 2n+1 from? if I use this formula I get the answer to be 77.95...but I have one question n would be 1, right I hope I am making some sense but if we...

Thanks for your help...I definitely understood the first question and I got my answer as -12.04 but I am still confused with 2nd question. Should I use pythagorean theorem to get that additional distance for 2nd question. Can you like explain me what exactly does "path difference".Maybe that can...

I am having trouble with these two problems.. 1.By how many decibels do you reduce the sound intensity level due to a source of sound if you quadruple your distance from it? Assume that the waves expand spherically. For this one do I have to find ratios of I1/I2 and then substitute it in...