Physics, asked by centuriesspice99, 9 months ago

Problem - 13.11 : Calculate the difference between
the two specific heats of nitrogen, given that the
density of nitrogen at N.T.P is 1.25 g/litre and
J = 4200 J/kcal. Express it in kcal/kgK.

Answers

Answered by hackeranshuman28

Answer:

Liquid water has one of the highest specific heats among common substances, about 4182 J/(K kg) at 20 °C; but that of ice just below 0 °C is only 2093 J/(K kg).

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Problem - 13.11 : Calculate the difference betweenthe two specific heats of nitrogen, given that thedensity of nitrogen at N.T.P is 1.25 g/litre andJ = 4200 J/kcal. Express it in kcal/kgK.​

Answers

Problem - 13.11 : Calculate the difference between
the two specific heats of nitrogen, given that the
density of nitrogen at N.T.P is 1.25 g/litre and
J = 4200 J/kcal. Express it in kcal/kgK.