Find the mass of an empty calorimeter (coffee cup and lid). Then, fill it about 2/3 full of water, having a temperature

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Find the mass of an empty calorimeter (coffee cup and lid).Then, fill it about 2/3 full of water, having a temperature ofabout 35oC and again, find the mass.
Stirthewaterinthecalorimeterandreadtheinitialtemperature,ofthewater,
to the nearest tenth of a degree.
Takeanicecube,allowittostartmeltingandimmediatelywipetheicewitha
towel. Then, place into the calorimeter without any splashing.Next, put the lid
on the calorimeter as quickly as possible.
Stirrapidlyuntilalltheiceismeltedandreadthetemperaturetothenearest
tenth of a degree.
Findthecombinedmassofthecalorimeteranditscontents.
Calculate the latent heat of fusion of ice and compare with thestandard. It
should be noted, the calorimeter itself and the stirring rod areconsidered to be
negligible in this experiment.
Repeat the experiment, only using an aluminum calorimeter.

Find The Mass Of An Empty Calorimeter Coffee Cup And Lid Then Fill It About 2 3 Full Of Water Having A Temperature 1 (10.94 KiB) Viewed 13 times

8. Change in temperature of the water (6-7) 9. Calories lost by water (3x) 10. Calories used to warm the ice water formed by the melted ice (5 x 7) 11. Calories used to melt the ice (9-10) 12. Calories used to melt 1 g of ice heat of fusion of ice (115) 13. Accepted value for the heat of fusion of ice 14. Error (113-12) 15. Percent Error ra (cal) (cal) (cal) (cal/g) _(cave) (cal/g) Sa (cal) (cal) (cal) (cal/l (cal/g) (cal/g)