Helium gas has the special property that its thermal energy is directly proportional to its Kelvin temperature.Consider a flask of helium with a temperature of 10°C.If it is heated until it has twice as much thermal energy,show that its temperature is 293°C.Why would doubling the thermal energy of a flask of 10°C water not produce the same temperature?

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The Answer of Helium gas has the special property that its thermal energy is directly proportional to its Kelvin temperature.Consider a flask of helium with a temperature of 10°C.If it is heated until it has twice as much thermal energy,show that its temperature is 293°C.Why would doubling the thermal energy of a flask of 10°C water not produce the same temperature?

Helium Gas Has the Special Property That Its Thermal Energy