Originally posted by da SLUG man
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how fast does yours race
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Originally posted by vatchmanyea i tried doing that,i put alsorts of bends and bits and pieces together,theres not a lot of room,and its a pain that they put the turbo where they did,the only thing that i found that worked was a piece of a K/N air filter gauze cut in a circle slightly bigger than the air compressor housing and wrapped round it with a jubilee clip on it to hold it in place.
I've got loads of room, no air-con.
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Originally posted by BUSHWHACKERThats why I want the filter in a box.I,LL GO FIRST NO PROB
(i also juggle dynamite)
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As anyone who's studied O level physics knows, every action has an equal and opposite reaction.
Due to my new lighting bar with a total of 520W of power, and my front spots adding a further 300W, I am shoving so many photons out of the front of the car that it slows me down.
I reckon 0-60, yes, eventually. Top speed of, oh, say 14 year old on BMX with a rusty chain and seized front brake.Cutting steps in the roof of the world
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Originally posted by ApacheAs anyone who's studied O level physics knows, every action has an equal and opposite reaction.
Due to my new lighting bar with a total of 520W of power, and my front spots adding a further 300W, I am shoving so many photons out of the front of the car that it slows me down.
I reckon 0-60, yes, eventually. Top speed of, oh, say 14 year old on BMX with a rusty chain and seized front brake.
It shouldn't make that much difference 'cos photons are the particle composing of light and other forms of electromagnetic radiation, sometimes refered to as light quantum. The photon has no charge and no mass so as you drive forwards, the photons are always moving away.
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Originally posted by BUSHWHACKERIt shouldn't make that much difference 'cos photons are the particle composing of light and other forms of electromagnetic radiation, sometimes refered to as light quantum. The photon has no charge and no mass so as you drive forwards, the photons are always moving away.
being boll0cks ).
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Originally posted by ApacheAs anyone who's studied O level physics knows, every action has an equal and opposite reaction.
Due to my new lighting bar with a total of 520W of power, and my front spots adding a further 300W, I am shoving so many photons out of the front of the car that it slows me down.
I reckon 0-60, yes, eventually. Top speed of, oh, say 14 year old on BMX with a rusty chain and seized front brake.Paul </Slugsie>
Immortal.so far!
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Originally posted by BUSHWHACKERCheck it out.
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In modern physics, the photon is the elementary particle responsible for
electromagnetic phenomena. It mediates electromagnetic interactions and
makes up all forms of light. The photon has zero invariant mass and travels
at the constant speed c, the speed of light in empty space. However, in the
presence of matter, a photon can be slowed or even absorbed, transferring
energy and momentum proportional to its frequency. Like all quanta, the
photon has both wave and particle properties; it exhibits wave–particle
duality.
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Apart from the fact that I'm now in brainfry mode after reading Planck's
theory, that should negate the lack of mass.Last edited by MattF; 11 November 2006, 02:14.
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Originally posted by MattFHighbeam dictionary Vince?
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In modern physics, the photon is the elementary particle responsible for electromagnetic phenomena. It mediates electromagnetic interactions and makes up all forms of light. The photon has zero invariant mass and travels at the constant speed c, the speed of light in empty space. However, in the presence of matter, a photon can be slowed or even absorbed, transferring energy and momentum proportional to its frequency. Like all quanta, the
photon has both wave and particle properties; it exhibits wave–particle
duality.
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Apart from the fact that I'm now in brainfry mode after reading Planck's
theory, that should negate the lack of mass.
Photons travel at the sped of light, so they cannot have a mass.
Nevertheless, this does not mean that you can't attribute a mass to a photon with a certain frequency. According to Einstein's famous E=mc2, a photon with frequency f has a mass of hf/c2, where h is Planck's constant. But this mass is only a number which is related to the photon's energy content and has nothing to do with the concept of rest mass.
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