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The mass of Li3+ is 8.33 times the mass of a proton. If Li3+and proton are accelerated through the same potential difference, then the ratio of de Broglie's wavelength of Li3+ to proton is x×10−1. Find x. |
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Answer» The mass of Li3+ is 8.33 times the mass of a proton. If Li3+and proton are accelerated through the same potential difference, then the ratio of de Broglie's wavelength of Li3+ to proton is x×10−1. Find x. |
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