You have 0.500-L of a 0.275-M solution of acetone (CzH60), initially at 37.0°C. You place a copper brick, initially at a

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You Have 0 500 L Of A 0 275 M Solution Of Acetone Czh60 Initially At 37 0 C You Place A Copper Brick Initially At A 1 (20.63 KiB) Viewed 138 times

You Have 0 500 L Of A 0 275 M Solution Of Acetone Czh60 Initially At 37 0 C You Place A Copper Brick Initially At A 2 (119.98 KiB) Viewed 138 times

You Have 0 500 L Of A 0 275 M Solution Of Acetone Czh60 Initially At 37 0 C You Place A Copper Brick Initially At A 3 (119.98 KiB) Viewed 138 times

You have 0.500-L of a 0.275-M solution of acetone (CzH60), initially at 37.0°C. You place a copper brick, initially at a temperature of 150.0°C, into the solution of acetone. The temperature of the acetone and copper brick at thermal equilibrium is 58.0°C. What was the mass of the copper brick? Assume the copper brick does not undergo a phase change over the course of the temperature change. Report your answer in units of g and to 3 significant figures. Info you may or may not need: AHS 5.7 /mol AH313 mol C=75,5 mol C 125.5 Jimo K 6 mol Bolling point of stone 329 Freezing point of cone 170K 00385 9c

Info you may or may not need: AH = 5.7 kJ/mol CHE = 313 kJ/m2 Care = 75.5 J/mol K C = 1255 Jimol к C4 = 96 J'mol K = Boiling point of acetone = 329 K Freazing point of acetone = 179 K Cou -0.385 Jig C