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Can atoms in 1 kg mass with absolute zero temperature . aquire energy when light particle strikes it . Think deeply as it is related to electro magnetism and Thermo dynamics. And kinetics ?
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Can atoms in 1 kg mass with absolute zero temperature . aquire energy ...
We know that radiation is the fastest mode of transfer of energy.. but note that throug radiation only if the atoms in absorber(mass) are having more kinetic rotation energy in order to absorb radiation energy.
where as in absolute zero temperature state the. collisions are mostly rare and absorption of light is almost null. and when photon from light strikes the absorber it emits light with lowest frequency. due to .. a reason i.e. tke photo creates a very little kineti c energy and gets set into low motion . after that first phase i.e absorbing low energy grequency with low speed radiation. are absorbed and the slowly gaining rotational motion due to continueous collisions makes the matter into motion from absolute zero to. a thermodynamic state and also electro magnetic state as these are inter related with motion of atoms of absorber..
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Can atoms in 1 kg mass with absolute zero temperature . aquire energy when light particle strikes it . Think deeply as it is related to electro magnetism and Thermo dynamics. And kinetics ?
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Can atoms in 1 kg mass with absolute zero temperature . aquire energy when light particle strikes it . Think deeply as it is related to electro magnetism and Thermo dynamics. And kinetics ? for Class 12 2024 is part of Class 12 preparation. The Question and answers have been prepared according to the Class 12 exam syllabus. Information about Can atoms in 1 kg mass with absolute zero temperature . aquire energy when light particle strikes it . Think deeply as it is related to electro magnetism and Thermo dynamics. And kinetics ? covers all topics & solutions for Class 12 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Can atoms in 1 kg mass with absolute zero temperature . aquire energy when light particle strikes it . Think deeply as it is related to electro magnetism and Thermo dynamics. And kinetics ?.
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