The amount of heat to melt the ice and raise it to 100°C is not enough to condense the steam, but it is more than enough to lower the steam’s temperature by 50°C, so the final state will consist of st...The amount of heat to melt the ice and raise it to 100°C is not enough to condense the steam, but it is more than enough to lower the steam’s temperature by 50°C, so the final state will consist of steam and liquid water in equilibrium, and the final temperature is 100°C; 9.5 g of steam condenses, so the final state contains 49.5 g of steam and 40.5 g of liquid water.
The amount of heat to melt the ice and raise it to 100°C is not enough to condense the steam, but it is more than enough to lower the steam’s temperature by 50°C, so the final state will consist of st...The amount of heat to melt the ice and raise it to 100°C is not enough to condense the steam, but it is more than enough to lower the steam’s temperature by 50°C, so the final state will consist of steam and liquid water in equilibrium, and the final temperature is 100°C; 9.5 g of steam condenses, so the final state contains 49.5 g of steam and 40.5 g of liquid water.
