9.86. You make some iced tea bydropping 164 g of ice into 500.0 mL of warm...

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9.86. You make some iced tea bydropping 164 g of ice into 500.0 mL of warm tea in an insulated pitcher. If the tea is initially at 20C and the ice cubes are initially a OC, how many grams of ice will still be present when the contents of the pitcher reach a final temperature? The tea is mostly water, so assume that it has the same density (1.0g/mL), molar mass, heat capacity75.3j/k*mol. and heat of fusion (6.0 kl/mol) as pure water. The heat capacity of ice is 37.7j/k*mol. 9.86. You make some iced tea bydropping 164 g of ice into 500.0 mL of warm tea in an insulated pitcher. If the tea is initially at 20C and the ice cubes are initially a OC, how many grams of ice will still be present when the contents of the pitcher reach a final temperature? The tea is mostly water, so assume that it has the same density (1.0g/mL), molar mass, heat capacity75.3j/k*mol. and heat of fusion (6.0 kl/mol) as pure water. The heat capacity of ice is 37.7j/k*mol.