Q. In resonance phenomena, absorbed energy can be caused to vary in

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Q. Ratio of intensity of broadband and narrow band gives a measure of

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Q. Broadening of frequency response is more in

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Q. Parameter derived from broadband width is defined by Statton as

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Q. A set of separate finely spaced frequencies shows

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Q. In resonance phenomena, absorbed energy can be caused to vary by running through a change of magnetic field at

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Q. If a nucleus is placed in a magnetic field, it can be caused to

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Q. Width of narrow band indicates how firmly individual atoms are held with their matrix of

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Q. In solid, molecules are tightly packed and this broadens the

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Q. Nuclei of various atoms posses a

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Q. When atoms resonate independently, they all do that at

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Q. In resonance phenomena, absorbed energy can be caused to vary by scanning through a range of frequencies with

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Q. Width of he broadband determines measure of

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Q. Perfection of crystal is directly proportional to

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Q. Value of field in which atom is placed to resonate is calculated to be

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Q. Broadband width depends on how firmly held is the

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