The correct statement regarding entropy is,

  • A
    At absolute zero temperature,entropy of a perfectly crystalline solid is zero.
  • B
    At absolute zero temperature,the entropy of a perfectly crystalline substance is $ +V e $.
  • C
    At absolute zero temperature,the entropy of all crystalline substances is zero.
  • D
    At $ 0^{\circ} C $,the entropy of a perfect crystalline solid is zero.

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Which law of thermodynamics helps in calculating entropy at different temperatures?

Fill in the blanks:
$(i)$ The standard enthalpy of formation of any element in its reference state is considered to be $.........$.
$(ii)$ The scientist $.........$ stated that the entropy of a perfectly crystalline substance decreases with a decrease in temperature.
$(iii)$ At absolute zero temperature,the entropy of a perfectly crystalline substance is zero. This statement represents the $.........$ law of thermodynamics.

At what temperature is the entropy of a perfectly crystalline substance considered to be zero?

Describe the absolute entropy and the third law of thermodynamics.

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Identify the correct statement regarding entropy.

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