Re: Wheres weirdo?

On Oct 17, 9:04 am, spintronic <spintro...@xxxxxxxxxxx> wrote:
On 15 Oct, 16:17, Prof Weird <pol...@xxxxxxxxxxxxxxxxxxxxx> wrote:> On Oct 14, 8:30 am, spintronic <spintro...@xxxxxxxxxxx> wrote:

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<snip>

GIGO

You UTTER RETARDED SPASDICK!

screamed spintwitty at his reflection

From:http://en.wikipedia.org/wiki/Compton_scattering

hf + m_0C^2 = hf' + sqrt((p_m_0C)^2 + (m_0C^2)^2)

*****************************
hf = 0.43KgC^2
m_0C^2 = 0.1400000KgC^2

From what orifice did you pull 'hf = 0.43 kgC^2' ? Having trouble
keeping your masses straight ? Again ?

You sure you got that formula correct ? AND that it applies to
something other than hydrogen atoms ?

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hf' = 0.06KgC^2

ERGO

p = ( hf - hf' )/C = 0.43KgC - 0.06KgC

Get THAT???????

You GIBBERTARD???

p = *******0.37KgC********

If the 0.14 kg mass WAS COMPOSED OF PHOTONS, you may have come close
to having a point (given that is what the Compton effect deals with -
the change in wavelength of PHOTONS); is a 0.14 kg mass a photon ?

In other words, you are changing the question to conform to your
delusions, rather than accept that you are so confused that you can't
tell the difference between momentum, mass, and kinetic energy !

Again, oaf : the 0.14 kg mass would have MOMENTUM of 0.49 kg c, and a
KINETIC ENERGY of 0.37 kg c^2 J.

Once again buffoon : 0.14 kg rest mass, 0.86 mass to be converted into
photons.

The 0.86 kg converted into 0.86 kg c^2 J of energy.

Ultimately, 0.49 kg c^2 J to the right, meaning a MOMENTUM of 0.49 kg
c goes right.

As momentum and energy MUST BE CONSERVED, there is a MOMENTUM of 0.49
kg c going left - the MOMENTUM of the 0.14 kg mass.

Which corresponds to a velocity of about 0.96078 c, meaning there is
0.51 kg c^2 J of ENERGY going left (the 0.14 kg mass, plus 0.37 kg c^2
J of KINETIC ENERGY). Energy and momentum are conserved.

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Relevant Pages

  • Re: Weirdos square of negative mass.
    ... CLAIM that is what reality expects, ... of the photons reflected back - in this case, 0.06 kg C of momentum. ... there was NEVER 0.51 kg of mass. ...
    (talk.origins)
  • Re: The Black Hole (Thought experiment.)
    ... that any mass that uses 1/2 of it's PE to ... photonic energy. ... sides of the (Centre of momentum frame) Given by. ... The same as it was before the photons were emitted. ...
    (sci.physics.relativity)
  • Re: Wheres weirdo?
    ... the change in wavelength of PHOTONS); is a 0.14 kg mass a photon? ... tell the difference between momentum, mass, and kinetic energy! ... kg c going left - the MOMENTUM of the 0.14 kg mass. ...
    (talk.origins)
  • Re: black holes and singularity
    ... A single photon doesn't have mass. ... and your basis for flotons vs. photons. ... Yes, if anything is conserved, it's momentum. ... do you account for the moon being deflected, if mass in the moon isn't ...
    (sci.physics.relativity)
  • Re: Work - impulse
    ... another object of different mass at rest, ... Kinetic energy is conserved if the collision is perfectly elastic ... Momentum is a vector. ... No magic, no bogus concepts, no violations. ...
    (sci.physics)