যদি বায়ুমণ্ডলীয় চাপে একটি গ্যাসের `10 গ্রাম` `273^(@)C` থেকে `0^(@)C` পর্যন্ত ঠাণ্ডা হয়,

When water is heated from 0^(@)C to 10^(@)C , its volume

When water is heated from 0^(@)C to 10^(@)C , the volume of water

If 10 g of a gas at atmospheric pressue is cooled from 273^(@)C to 0^(@)C , keeping the volume constant, its pressure would become

The temperatures of two bodies measured are theta_(1) = 10^(@)C +- 0.4^(@)C and theta_(2) = 10^(@)C +- 0.3^(@)C . Find the sum and difference in temperatures with error limits.

A plantinum wire has resistance of 10 Omega at 0^(@)C and 20 Omega at 273^(@)C . Find the value of coefficient of resistance.

Arrange the following in order of increasing density: Oxygen at 25^(@)C , 1 atm , Oxygen at 0^(@)C , 2 atm , Oxygen at 273^(@)C , 1 atm

A well insulated container has a mixture of ice and water, at 0^(@)C . The mixture is supplied heat at a constant rate of 420 watt by switching on an electric heater at time t = 0. The temperature of the mixture was recorded at time t = 150s, 273s and 378s and the readings were 0^(@)C , 10^(@)C and 20^(@)C respectively. Calculate the mass of water and ice in the mixture. Specific heat of water = 4.2 J g^(-1) .^(@)C^(-1) , Specific latent heat of fusion of ice = 336 J g^(-1) . Assume that the mixture is stirred slowly to maintain a uniform temperature of its content.

Fundamental note of a closed pipe of lengt is l f_(0) at 0^(@)C first overtone of te same pipe at 273^(@)C is (assum there is no effect of temperature on te dimension of the pipe.)