DLS
  • DLS
Example of any 2 particles which do not exert Gravitational force on each other?
Physics
  • Stacey Warren - Expert brainly.com
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SOLVED
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jamiebookeater
  • jamiebookeater
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DLS
  • DLS
@experimentX @Mashy
anonymous
  • anonymous
photons? :P
DLS
  • DLS
I thought of photon but its not exactly massless..it has SOME mass so negligible..but no 0

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More answers

DLS
  • DLS
timing:D
anonymous
  • anonymous
ermm.. is it?.. i thought it had no mass :D
DLS
  • DLS
\[\LARGE M_{p}=1.8 \times 10^{-42}g\]
anonymous
  • anonymous
omg.. :O.. where did you get that from? :O.. anwyays.. there are no particles then without gravity as far as i know :O
DLS
  • DLS
if photons dont have mass how do they have momentum?
anonymous
  • anonymous
that is really more subtle than you think.. when light can act like both particle and wave... which itself is mind boggling.. you think it not having mass but having momentum is a big deal? :P
DLS
  • DLS
lol
anonymous
  • anonymous
You measure gravitational force on particles that's at a quantum level, which involves photons. In QM photons are considered to have a rest mass of 0, so I guess the only answer is photon. Higgs to come?
DLS
  • DLS
Higgs is massless?
anonymous
  • anonymous
DLS look into photoelectric effect derivation and compton scattering
anonymous
  • anonymous
but you know what?? think of this .. if two photons of light are moving parallel to each other(in vacuum)... if they put force of gravity on each other, then their velocities WOULD CHANGE right.. i don't care how small that change is.. but it would change.. ?? but remember relativity?? light cannot have ANY OTHER speed than C.. in vacuum.. regardless of what crap you do!!.. so they cannot put gravitational force on each other :O hmm.. how is that argument? :O
anonymous
  • anonymous
for why it has momentum, no higgs would give more knowledge, it gives mass.
DLS
  • DLS
i know photoelectric effect
anonymous
  • anonymous
or maybe not.. you can use general relativity to explain that.. so never mind :D
DLS
  • DLS
The Standard Model's explanation of why some fundamental particles have mass when 'naive' theory says Higgs boson should be massless
DLS
  • DLS
so can we say photon photon and boson boson :O
DLS
  • DLS
@Mashy dude stop showing off relativity in every question of mine when u know i dont understand it :P
anonymous
  • anonymous
Photoelectric determines relationship between energy and frequency ... E proportional to (a + bw) where w = angular omentum so E = Hbar(w-w_a) = h(v - v_a) photon rest mass is zero for general relation of energy, so it can be written as E^2 = (m_0*c^2)^2 + p^2c^2 = Hbar^2w^2 and can cancel to momentum p = Hbar * k, where k = w/c (wave number) therefore the momentum of a photo can be given as p = Hbar * k bear in mind wave particle duality, how a wave can have momentum is a toughy, yet quite beautiful
anonymous
  • anonymous
wait for @Iamgmg90 something bombastic is on its way.. either that or his computer is stuck :D
anonymous
  • anonymous
ok sorry DLS :P.. didn't mean to!
anonymous
  • anonymous
Bombastic haha, its just my understanding I hope it shed light on the matter, excuse the pun :P
DLS
  • DLS
guys im a sweet little cute innocent student :3
DLS
  • DLS
simple answers should be awesome :P
anonymous
  • anonymous
Trying to word equations in english and failing, I don't think quantum mechanics could be simple hehe, are you a student of physics?
DLS
  • DLS
yes..XIth grade
anonymous
  • anonymous
11th grade? I have no idea what that is, I'm English
anonymous
  • anonymous
is that high school?
DLS
  • DLS
kinda
anonymous
  • anonymous
I think the main part of understand that is knowing planck's constant well
anonymous
  • anonymous
& the difference between h and hbar
DLS
  • DLS
yes,ive read about atomic struc
DLS
  • DLS
not hbar
anonymous
  • anonymous
its just h / 2pi
anonymous
  • anonymous
but not just, very important for its relationship with angular frequency
anonymous
  • anonymous
omg sorry in those equations w = angular frequency, not momentum
DLS
  • DLS
\[mvr=\frac{nh}{2\pi}\]
DLS
  • DLS
:o
anonymous
  • anonymous
Bohr is far from QM, but orbital win
DLS
  • DLS
anyway,thanks guys! ill go with photon for meanwhile :P and/or bosson
anonymous
  • anonymous
from where Bosson came?? bossons have mass :O !!!
DLS
  • DLS
http://prntscr.com/tqp5w
DLS
  • DLS
naive theory \m/
anonymous
  • anonymous
so? it still says higg's particle gives mass!
DLS
  • DLS
okay photon :P
anonymous
  • anonymous
higg's particle has been discovered hello!??
DLS
  • DLS
oops I cant give medal to myself D:
anonymous
  • anonymous
super large hardron collider??
DLS
  • DLS
oout off my syllabus :P
anonymous
  • anonymous
geneva switzerland?? .. 7.7TEV??? hello?!?!
DLS
  • DLS
:| thanks everyone

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