Calculate the increase in the internal energy of 10 g of water when it is heated from 0∘C to 100∘C and converted into steam at 100 kPa. The density of steam =0.6 kg m−3. Specific heat capacity of water =4200 J kg−1 ∘C−1 and the latent heat of vaporization of water =2.25×106 J kg−1.

Calculate the increase in the internal energy of 10 g of water when it

1.	Calculate the increase in the internal energy of 10 g of water when it is heated from 0∘C to 100∘C and converted into steam at 100 kPa. The density of steam =0.6 kg m−3. Specific heat capacity of water =4200 J kg−1 ∘C−1 and the latent heat of vaporization of water =2.25×106 J kg−1.
Answer» Calculate the increase in the internal energy of 10 g of water when it is heated from $0^{\circ} C$ to $100^{\circ} C$ and converted into steam at 100 kPa. The density of steam $= 0.6 k g m^{- 3}$ . Specific heat capacity of water $= 4200 J k g^{- 1}^{\circ} C^{- 1}$ and the latent heat of vaporization of water $= 2.25 \times 106 J k g^{- 1}$ .

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Calculate the increase in the internal energy of 10 g of water when it is heated from 0∘C to 100∘C and converted into steam at 100 kPa. The density of steam =0.6 kg m−3. Specific heat capacity of water =4200 J kg−1 ∘C−1 and the latent heat of vaporization of water =2.25×106 J kg−1.

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