simulate the temperature of -5 degrees celsius ice when it is heated to 100 degrees celsius in python

main.py
# Constants
specific_heat_ice = 2.108   # J/g°C: Specific heat capacity of ice at -5°C
specific_heat_water = 4.184 # J/g°C: Specific heat capacity of water
density_ice = 0.9167       # g/cm^3: Density of ice at -5°C
density_water = 1.0        # g/cm^3: Density of water
heat_of_fusion = 333.55    # J/g: Heat of fusion for ice at 0°C

# Initial conditions
mass_ice = 100             # grams: Mass of ice
temp_ice = -5              # °C: Initial temperature of ice
temp_water = 0             # °C: Initial temperature of water

# Calculate the heat required to raise the temperature of the ice from -5°C to 0°C
q_ice_0 = mass_ice * specific_heat_ice * abs(temp_ice - 0)

# Calculate the heat required to melt the ice at 0°C
q_fusion = mass_ice * heat_of_fusion

# Calculate the heat required to raise the temperature of the water from 0°C to 100°C
q_water_100 = mass_ice * density_ice * specific_heat_water * abs(temp_water - 100)

# Calculate the total heat required
q_total = q_ice_0 + q_fusion + q_water_100

print(f"Total heat required to raise the temperature of {mass_ice}g of ice from {temp_ice}°C to 100°C: {q_total} J")
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