Why does specific enthalpy equal specific internal energy for an ideal gas?

[v_pino]

I read that for an ideal gas, the specific enthalpy (h) at constant pressure is equal to the specific internal energy of the gas. How do I proof that?

I know that:

1.) specific enthalpy = specific internal energy + pressure x specific volume

2.) Internal energy at constant pressure = mass of gas x capacity x change in tempt. + (pressure x volume of gas)

3.) pressure x specific volume = gas constant x temperature

How do I obtain specific internal energy? Do I simply divide both sides by (m)?

How do I proceed on after I've obtained specific internal energy?

 

[Mapes]

I read that for an ideal gas, the specific enthalpy (h) at constant pressure is equal to the specific internal energy of the gas.

Where did you read this? It doesn't sound right, as written.