The velocity of a charged particle to keep moving in the same direction, in a region where electric and magnetic fields are perpendicular to each other, is _______________
In one of the Maxwell’s relations equals
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Helmholtz free energy is given as F = U – TS, then which of the relation hold true?
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Which among the following sets for Maxwell relation is correct? (U-internal energy, H-enthalpy, A- Helmholtz free energy and G-Gibb’s free energy)
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Gibb’s thermodynamical potential can be represented as G = H – TS. Which relation hold true? [where, H = Enthalpy; S = Entropy]
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Helmholtz free energy, F = U – TS. Which relation holds true? (where, U = Internal energy; S = Entropy)
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The thermodynamical relation expressing the change at temperature with volume at constant entropy is
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The enthalpy of unit mass for any system is
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The Gibb’s potential is defined as :
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