10.) Suppose you plan on spending a nice day floating down the river, you plan to...

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10.) Suppose you plan on spending a nice day floating down the river, you plan to take a 6-pack of your favorite beverage along to "stay hydrated. The beverages are originally at 22 C and you place them in your brand new YETI cooler that is vacuum insulated (assume adiabatic). You place the beer in the cooler with a 10 lb. (4.54 kg) bag of ice that is super cooled!!! (They claim a temperature of -33 C). Beverages of this type are best consumed at about 7 C. a.) Determine the entropy change associated with the cooling of the beverages (5 pts), b.) Determine the entropy change associated with warming of the ice (10 pts), and c.) the total entropy change within the system (3 pts). d.) Does this make sense? (2 pts) (20 pts total). Assume the beverages have characteristics of water and that the mass of air within the cooler and its effects are negligible. Note 12 fl. oz = 0.000355 m. 10.) Suppose you plan on spending a nice day floating down the river, you plan to take a 6-pack of your favorite beverage along to "stay hydrated. The beverages are originally at 22 C and you place them in your brand new YETI cooler that is vacuum insulated (assume adiabatic). You place the beer in the cooler with a 10 lb. (4.54 kg) bag of ice that is super cooled!!! (They claim a temperature of -33 C). Beverages of this type are best consumed at about 7 C. a.) Determine the entropy change associated with the cooling of the beverages (5 pts), b.) Determine the entropy change associated with warming of the ice (10 pts), and c.) the total entropy change within the system (3 pts). d.) Does this make sense? (2 pts) (20 pts total). Assume the beverages have characteristics of water and that the mass of air within the cooler and its effects are negligible. Note 12 fl. oz = 0.000355 m.