Recent content by Sneil
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Graduate How Does Quantum Theory Explain Repulsion Between Charged Balloons?
I have a question, if a photon is exchanged between the two electrons as in the diagram, why is it that the e- emitting the photon recoils only when it is close to another e-? Or, why is it that it emits a photon only when it come close to another e-? This doesn't make sense to me as according...- Sneil
- Post #7
- Forum: Quantum Physics
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Undergrad Question: Physics Query About Sealed Jar & Liquid
Newton's third law. -
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Undergrad Light Waves: Mixing & Properties Explained
If you drop two pebbles in a pond, the receding waves travel through each other and reach the other sides of the pond. If 6 pebbles are dropped each individual resultant wave are still there and are just traveling through each other, they don't add up together and become one wave. Now instead... -
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Graduate Light under light gravitational force
What do you think of this? My guess (with my limited knowledge) is this is what will happen.- Sneil
- Post #2
- Forum: Special and General Relativity
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Gravitational Machines: Ideas & Designs
do you know how gravity works? I suggest you do some research with that first before you continue. You may think you know but uh, i don't think you do.:rolleyes:- Sneil
- Post #16
- Forum: Engineering and Comp Sci Homework Help
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Understand physics vs engineering
Were those statistics based on PHD Graduates or both PHD and undergrads?- Sneil
- Post #9
- Forum: STEM Academic Advising
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Graduate Is Time Travel Through Communication with the Past Possible?
thanks for the replies:smile:- Sneil
- Post #5
- Forum: Other Physics Topics
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Graduate Is Time Travel Through Communication with the Past Possible?
This is an article about some scientist who claimes he is/will be able to see and hear into the past. He claims in 20 years we'll have the technology to "talk" to ourselves in the past, say at our desk 30 min earlier and pass on instruction "verbally" through whatever means he claims to...- Sneil
- Thread
- Replies: 4
- Forum: Other Physics Topics
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Graduate Attractive Forces: Understanding Particle Exchange
Thanks for that, I had a feeling it was going to be a lot more complicated then to get a simple layman explanation. I guess that's a good thing as I can ask questions and get a (hopefully) deeper understanding of the process. I haven't studied wave functions in QM so I'm having difficulty...- Sneil
- Post #3
- Forum: High Energy, Nuclear, Particle Physics
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Graduate Attractive Forces: Understanding Particle Exchange
I'm having trouble understanding how the exchange of particles, wether it be in weak, Em, or Stong interactions, can cause an attraction between matter particles. Or how glueons produce such a stonger interaction with the strong force then say photons in the EM force. Can someone post a link or...- Sneil
- Thread
- Forces
- Replies: 2
- Forum: High Energy, Nuclear, Particle Physics
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Solving the Blackbody Problem for Main Sequence Stars
thanks man, I am a little lost as to how i incorporate the radius, but ill figure it out :smile: thanks- Sneil
- Post #6
- Forum: Introductory Physics Homework Help
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Solving the Blackbody Problem for Main Sequence Stars
sorry, i calculated surface temp to be 4990k the question says turns to He (of atomic mass # 4) i was just hoping for a formula i would be able to work with as i don't kow where to begin, but ill give the radius too if you want all the info. r=7.02*10^8 m anyone able to help this...- Sneil
- Post #4
- Forum: Introductory Physics Homework Help
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Solving the Blackbody Problem for Main Sequence Stars
Hi, I am having trouble with the last question in my assignment. It's on blackbody radiation and total power per area and whatnot. those questions i was able to do fine, however when i came to this problem i was a little lost.. here it goes, i'll type the whole thing out.. "The most...- Sneil
- Thread
- Blackbody
- Replies: 6
- Forum: Introductory Physics Homework Help
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Relativistic Energy- well a basic algebraic simplification
great! thanks a lot for the help :smile: -Neil- Sneil
- Post #5
- Forum: Introductory Physics Homework Help
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Relativistic Energy- well a basic algebraic simplification
alright thank you :smile: but do you mean u = root ((mc^2/E)^2(c^2) + c^2) but actually u = root (c^2 - (mc^2/E)^2(c^2) ) :confused:- Sneil
- Post #3
- Forum: Introductory Physics Homework Help