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edit approved Jul 13, 2014 at 13:55
Nick Stauner
edit approved Jul 13, 2014 at 13:55
Nick Stauner
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Does Do x-rays and gamma rays also contain photonphotons like visible light dodoes?

Do x-rays and gamma rays also contain photons like visible light does? If yesso, then what makes photons of visible light and other waves different?

The rest mass of a photon is zero, but as it moves withat the speed of light, its mass will beis infinite. by theBy $E=mc^2$, its energy will beis infinite., but using formula $ E=h\nu$, we get finite energy. How is this happening?

Does x-rays and gamma rays also contain photon like visible light do?

If yes then what makes photons of visible light and other waves different?

The rest mass of photon is zero but as it moves with speed of light its mass will be infinite. by the $E=mc^2$, its energy will be infinite. but using formula $ E=h\nu$, we get finite energy. How is this happening?

Do x-rays and gamma rays also contain photons like visible light does?

Do x-rays and gamma rays also contain photons like visible light does? If so, then what makes photons of visible light and other waves different?

The rest mass of a photon is zero, but as it moves at the speed of light, its mass is infinite. By $E=mc^2$, its energy is infinite, but using formula $ E=h\nu$, we get finite energy. How is this happening?

edited tags; edited title
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Qmechanic ♦
Qmechanic ♦
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does Does x-rays and gamma rays also contain photon like visible light do?

If yes then what makes photons of visible light and other waves different?

The rest mass of photon is zero but as it moves with speed of light its mass will be infinite. by the e=mc2$E=mc^2$, its energy will be infinite. but using formula e=h*new $ E=h\nu$, we get finite energy. howHow is this happening? (sorry for the inconvenience caused. I don't know how to write formula here.)

does x-rays and gamma rays also contain photon like visible light do?

If yes then what makes photons of visible light and other waves different?

The rest mass of photon is zero but as it moves with speed of light its mass will be infinite. by the e=mc2, its energy will be infinite. but using formula e=h*new , we get finite energy. how is this happening? (sorry for the inconvenience caused. I don't know how to write formula here.)

Does x-rays and gamma rays also contain photon like visible light do?

If yes then what makes photons of visible light and other waves different?

The rest mass of photon is zero but as it moves with speed of light its mass will be infinite. by the $E=mc^2$, its energy will be infinite. but using formula $ E=h\nu$, we get finite energy. How is this happening?

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syed_ali_mousvi
syed_ali_mousvi
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does x-rays and gamma rays also contain photon like visible light do?

If yes then what makes photons of visible light and other waves different?

The rest mass of photon is zero but as it moves with speed of light its mass will be infinite. by the e=mc2, its energy will be infinite. but using formula e=h*new , we get finite energy. how is this happening? (sorry for the inconvenience caused. I don't know how to write formula here.)