The internal energy of a hypothetical substance is given by u(T,v)=46vT + 2/v where the units of

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Linda Winkler · Answer

Usually pressure and volume are what are called state variables for a gas. Usually a third one i

Adi S · Answer

Solution is isothermal compressibility is is minus 1 upon V del V upon del P T is equals to a n

Madhur L · Answer

Hi all. In part A, we have to find out change in internal energy. For that we have formula Q is

David Collins · Answer

So it looks like this calculation is 6 .626 times 10 to the negative 34 joule seconds, which is

Dominique Jan Tan · Answer

Work done by the gas at constant temperature is termed as isothermal work, and we quantify that

The internal energy of a hypothetical substance is given by u(T,v)=46vT + 2/v where the units of u in J/mole, T in K and v in m³/mole, Also for this substance you have T(dP/dT)v =5P, the units of P in Pa. Calculate the Joule coefficient's n at T=386K and v=2.9 m³/mole.