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DeusIIXII
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I read if you increase the frequency then you can get the max kinetic energy and if you decrease the wavelengths you can get enough energy to knock the electron out of its atom of a gas. Is this true? How do you increase the frequency?

I read if you increase the frequency then you can get the max kinetic energy and if you decrease the wavelengths you can get enough energy to knock the electron out of its atom. Is this true? How do you increase the frequency?

I read if you increase the frequency then you can get the max kinetic energy and if you decrease the wavelengths you can get enough energy to knock the electron out of its atom of a gas. Is this true? How do you increase the frequency?

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Qmechanic
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I read if you increase the frequency then you can get the max kinetic energy and if you increasedecrease the wavelengths you can get enough energy to knock the electron out of its atom. Is this true? How do you increase the frequency?

I read if you increase the frequency then you can get the max kinetic energy and if you increase the wavelengths you can get enough energy to knock the electron out of its atom. Is this true? How do you increase the frequency?

I read if you increase the frequency then you can get the max kinetic energy and if you decrease the wavelengths you can get enough energy to knock the electron out of its atom. Is this true? How do you increase the frequency?

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DeusIIXII
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How do you get max kinetic energy from photons hitting electrons?

I read if you increase the frequency then you can get the max kinetic energy and if you increase the wavelengths you can get enough energy to knock the electron out of its atom. Is this true? How do you increase the frequency?