Heat is added to 2.31 kg of ice at -23 °C. How many kilocalories are required to change the ice to steam at 155 °C?

Heat is added to 2.31 kg of ice at -23 °C. How many kilocalories are required...
Heat is added to 1.91 kg of ice at -16 °C. How many kilocalories are required to change the ice to steam at 128 °C?
Heat is added to 1.59 kg of ice at -22 °C. How many kilocalories are required to change the ice to steam at 141 °C?
Heat is added to 2.21 kg of ice at -14 °C. How many kilocalories are required to change the ice to steam at 144 °C?
Heat is added to 1.53 kg of ice at -5 °C. How many kilocalories are required to change the ice to steam at 130 °C?
Heat is added to 0.91 kg of ice at -6 °C. How many kilocalories are required to change the ice to steam at 138 °C? Hint: This involves two phase changes and heating the ice water and steam. Be sure to use the right latent heats and specific heats
How many kilocalories are required to melt 503 g of ice at 0°C. Latent heat of fusion for ice is 80 cal/g. 6
How much heat is required to change a 50.0 g ice cube from ice at -10.7°C to water at 62°C? (if necessary, use cice=2090 J/kg°C and csteam= 2010 J/kg°C) How much heat is required to change a 50.0 g ice cube from ice at -10.7°C to steam at 113°C?
How much heat is required to change a 47.4 g ice cube from ice at -11.8°C to water at 68°C? (if necessary, use cice=2090 J/kg°C and csteam= 2010 J/kg°C) How much heat is required to change a 47.4 g ice cube from ice at -11.8°C to steam at 115°C?
1. How much heat energy is required to change a 0.50-kg of ice at – 10 0C to steam at 110 0C? [Lf = 3.33 x 105 J/kg, c ice = 2090, c water = 4186 J/kg.0C, Lv = 2.26 x 106 J/kg, c steam = 2010 J/kg.0C]
.1. A 2.50 kg block of ice at 0°C is added to a picnic cooler. How much heat (in kcal) will the ice remove as it melts to water at 0°C? 2. A 300.0 g pot of water at room temperature (25.0°C) is placed on a stove. How much heat (in kcal) is required to change this water to steam at 100.0°C? 3. Spent steam from an electric generating plant leaves the turbines at 110.0°C and is cooled to 95.0°C liquid water...