Resonance Definition and 667 Threads

Hello forum. I'm in abit of a mess. My high school physics class is in the process or doing individual investigations into an aspect of physics we are slightly familar with. I had planned out an experiment to do with sound, but last minute i was told another person was doing something...

hi this is not physics homework I really need to find out the natural frequency of a window size glass so that I can brake it with a couple of speakers. this is not a prank joke either. I need a practical way to find it help please. So far all i know is that the frequency is low by hitting it...

This isn't really a homework question. I'm just trying to figure things out for myself about resonance in a circuit that they haven't taught us yet. Say you have a circuit Rp || L || C and you have a sine source and some load connected to it call it Re and you want to mesaure the gain. Vi...

What is the resonance frequency expression for a parallel RLC circuit? I know that for a series RLC circuit, it is: w=\frac{1}{\sqrt{LC}} Is it the same for a parallel RLC circuit? I remember reading somewhere that it was not exactly the same, although it approaches the series RLC...

Hey There are two questions asking me to identify the resonance structures for: SO4 two minus and H3PO4 (sorry, I don't know how to do subscripts) Could someone please explain to me how to do these resonance structures? Thanks.

Hi, I have a general question about resonance (specifically electrical). I have been working on a device dealing with this and I thought I might make sure I got the basics right before I continue. I have two scenarios that I'm hoping someone can help me out with: 1. There is a basic...

Hello Everyone, I have a quick and dirty question to ask. I have earlier posted about how to make a coil resonate at the Schumann resonance frequency (or multiples of if), and thank you all for your help so far. I thought I may as well tell you what I am trying to do here. I have an idea for...

Hello Everyone, I have a quick and dirty question to ask. I have earlier posted about how to make a coil resonate at the Schumann resonance frequency (or multiples of if), and thank you all for your help so far. I thought I may as well tell you what I am trying to do here. I have an idea for...

lets say a structure has 3 resonance structures, i konw that the atoms don't move, but i read somewhere that the electrons do...hmmm and that the resonance hybrid is most stable ofthe resonance forms?? I am confused, what exactly is resonance? in actuallity, isn't there no resonance , just...

Hello, consider a dihydrogen molecule in a powerful magnetic field and an x-ray that is hitting this molecule. Many things could happen in this case I think: compton effect, ionisation, electrons changing orbitals, nuclear magnetic spin state changing... My question is: can I be certain...

"An electric motor of mass 100 kg is supported by vertical springs which compress by 1 mm when the motor is installed. If the motor's armature is not properly balanced, for what revolutions/minute would a resonance occur?" I set my frame of reference at the end of the spring. Therefore, F =...

I've been reading about nuclear magnetic resonance, and one aspect is bothering me. (I haven't studied quantum physics yet.) Quantum mechanically, the proton has only 2 energy states: spin +1/2 spin and spin -1/2. In NMR, a pulse of electromagnetism is applied to alter the orientation of the...

A tuning fork is set into vibration above a vertica oepn tube filled with water. The water level is allowed to drop slowly. As it does, the air in the tube above the water level is heard to resonate with the tuning fork when the distance from the tube opening to the water level is 0.125 m and...

You have 2 pendulums attached to the same piece of horizontal string. One pendulum has a large mass, the other is small. They are both of the same length. The large pendulum is released from an amplitude and so the small pendulum resonates. The rate of exponential decay of the large...

I have been trying to figure out the acoustical resonant frequency of objects. I think their are engineering formulas that could be used. For example if you have a 1x1x1inch block square of iron, at what acousticaly resonant frequency would it be tuned to? I imagine the shape would have...

I am multi-tasking here, but the questions are all linked. It is interesting to note that the range of peak Schumann Resonance frequencies [the ionosphere] land right in the range of the peak amplitude EEG frequencies. I first noticed this by chance some time ago. I then noticed a related...

Does increase in velocity and/or mass increase the effect on an atom's resonance? I was thinking maybe the faster an atom travels in one direction the slower the atom would vibrate. Any thoughts on this matter?