n an emergency, it is sometimes the practice of medical professionals to immerse a patient who suffers from heat stroke in an ice bath, a mixture of ice and water in equilibrium at O°C, in order to reduce her body temperature. The average specific heat of human tissue at 20.0°C is 3.50 x 103 J/kg-K. The latent heat of fusion for water is 333.7 * 103 J/kg. a) If a(n) 84.5-kg patient whose body temperature is 41.7°C must have her temperature reduced to the normal range (37.0°C), how much heat must be removed? b) A(n) 84.5-kg patient whose body temperature is 41.7°C was reduced to 37.0°C. If she is placed in a bath containing 7.80 kg of ice, what is the heat energy required to melt 7.80 kg of ice? c) A(n) 84.5-kg patient whose body temperature is 41.7°C was reduced to 37.0°C. If she is placed in a bath containing 7.80 kg of ice, what will be the ice remaining in the bath when her body temperature is 37.0°C

Thank you so so much!! :) Required information: In an emergency, it is sometimes the practice of medical professionals to immerse a patient who suffers from heat stroke in an ice bath, a mixture of ice and water in equilibrium at O°C, in order to reduce her body temperature. The average specific heat of human tissue at 20.0°C is 3.50 x 103 J/kg-K. The latent heat of fusion for water is 333.7 * 103 J/kg. a) If a(n) 84.5-kg patient whose body temperature is 41.7°C must have her temperature reduced to the normal range (37.0°C), how much heat must be removed? b) A(n) 84.5-kg patient whose body temperature is 41.7°C was reduced to 37.0°C. If she is placed in a bath containing 7.80 kg of ice, what is the heat energy required to melt 7.80 kg of ice? c) A(n) 84.5-kg patient whose body temperature is 41.7°C was reduced to 37.0°C. If she is placed in a bath containing 7.80 kg of ice, what will be the ice remaining in the bath when her body temperature is 37.0°C?