Calculate the speed of sound in oxygen from the following data. The mass of 22.4 litre of oxygen at
STP (T = 273K and p= 1.0 x 105 N/m2) is 32 g, the molar heat capacity of oxygen at constant volume is Cv = 2.5 R and that at constant pressure is CP = 3.5 R.

Question

Arun · Answer

Given that p = 1.0 × 10^5 N/m^2, T = 273 K, M = 32 g = 32 × 10^–3 kg V = 22.4 litre = 22.4 × 10^–3 m^3 C/C base v = r = 3.5 R / 2.5 R = 1.4 ⇒ V = √rp/f = √1.4 * 1.0 * 10^-5/32/22.4 = 310 m/s (because p = m/v)

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Calculate the speed of sound in oxygen from the following data. The mass of 22.4 litre of oxygen at STP (T = 273K and p= 1.0 x 105 N/m2) is 32 g, the molar heat capacity of oxygen at constant volume is Cv = 2.5 R and that at constant pressure is CP = 3.5 R.

Calculate the speed of sound in oxygen from the following data. The mass of 22.4 litre of oxygen at
STP (T = 273K and p= 1.0 x 105 N/m2) is 32 g, the molar heat capacity of oxygen at constant volume is Cv = 2.5 R and that at constant pressure is CP = 3.5 R.

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Calculate the speed of sound in oxygen from the following data. The mass of 22.4 litre of oxygen at STP (T = 273K and p= 1.0 x 105 N/m2) is 32 g, the molar heat capacity of oxygen at constant volume is Cv = 2.5 R and that at constant pressure is CP = 3.5 R.

Calculate the speed of sound in oxygen from the following data. The mass of 22.4 litre of oxygen atSTP (T = 273K and p= 1.0 x 105 N/m2) is 32 g, the molar heat capacity of oxygen at constant volume is Cv = 2.5 R and that at constant pressure is CP = 3.5 R.

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Calculate the speed of sound in oxygen from the following data. The mass of 22.4 litre of oxygen at
STP (T = 273K and p= 1.0 x 105 N/m2) is 32 g, the molar heat capacity of oxygen at constant volume is Cv = 2.5 R and that at constant pressure is CP = 3.5 R.