Heat required to convert 1 gram of ice at zero degree Celsius into steam at hundred degree celsius is
Answers
Heat Energy Required to convert 1 g ice into 1 g water = mL
[L is the Latent heat of melting of Ice.]
= 1g × 336 J/g.
= 336 J.
Heat Energy Required to raise the temperature of the Water from 0° C to 100°C = mcΔt
[c is the specific heat capacity of water = 4200 J/kg°C.]
= 1/1000 × 4200 × 100
= 420 J.
Heat Energy Required to convert water at 100° C into steam = mL
[L is the latent heat of Vaporization of Water = 2280 J/g.]
= 1 × 2260 J/g.
= 2260 J
Total Energy Required in this Thermodynamic Process = 336 + 420 + 2260
= 3016 J.
Hope it helps.
Heat Energy Required to convert 1 g ice into 1 g water = mL
[L is the Latent heat of melting of Ice.]
= 1g × 336 J/g.
= 336 J.
Heat Energy Required to raise the temperature of the Water from 0° C to 100°C = mcΔt
[c is the specific heat capacity of water = 4200 J/kg°C.]
= 1/1000 × 4200 × 100
= 420 J.
Heat Energy Required to convert water at 100° C into steam = mL
[L is the latent heat of Vaporization of Water = 2280 J/g.]
= 1 × 2260 J/g.
= 2260 J
Total Energy Required in this Thermodynamic Process = 336 + 420 + 2260
= 3016 J.