An ideal gas having density 1.7×10−3gcm−3 at a pressure 1.5×105 Pa is filled in a Kundt tube. When the gas is resonated at a frequency of 3.0 kHz, nodes are formed at a separation of 6.0 cm. Calculate the molar heat capaticies Cp and Cv of the gas.

An ideal gas having density 1.7×10−3gcm−3 at a pressure 1.5×10

1.	An ideal gas having density 1.7×10−3gcm−3 at a pressure 1.5×105 Pa is filled in a Kundt tube. When the gas is resonated at a frequency of 3.0 kHz, nodes are formed at a separation of 6.0 cm. Calculate the molar heat capaticies Cp and Cv of the gas.
Answer» An ideal gas having density $1.7 \times 10^{- 3} g c m^{- 3}$ at a pressure $1.5 \times 10^{5}$ Pa is filled in a Kundt tube. When the gas is resonated at a frequency of 3.0 kHz, nodes are formed at a separation of 6.0 cm. Calculate the molar heat capaticies $C_{p}$ and $C_{v}$ of the gas.

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An ideal gas having density 1.7×10−3gcm−3 at a pressure 1.5×105 Pa is filled in a Kundt tube. When the gas is resonated at a frequency of 3.0 kHz, nodes are formed at a separation of 6.0 cm. Calculate the molar heat capaticies Cp and Cv of the gas.

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