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11 Nov 2019
what is the mass of the pellets? Mass of water in calorimeter cup?
PART II Finding the specific heat of copper. (this will identical to PART I, but now you will be using a copper sample). You have already found the mass of the empty holding container (cylinder). Mass of cylinder is 3 3 Next fll this cylinder approximately half way with copper Mass of cylinder with copper pellets- Calculate the mass of the copper pellets. Mass of pellets (mo) g You will be using the calorimeter as you did in PART I. Record the mass of the inner calorimeter cup Mass of inner calorimeter cup { mc ) Fill the cup approximately ½ to2/3 of the way to the top with water. Measure the mass of the cup with pellets. - 453-g water Mass of cup with watera_8 Next calculate the mass of water in the cup. Mass of water in calorimeter cup (mw) Assemble the calorimeter as you did in PART I. Use the temperature probe to measure the initial temperature of the water Proceed by heating the copper pellets as you did the aluminum pellets in PART Maximum temperature of copper pellets (TP) Now, again as in PART I, slowly pour the heated copper pellets into the calorimeter cup. Record the '--SO final temperature of the water specific heat of the copper Using the equations found in PART I, calculate the experimental value for the pellets.
what is the mass of the pellets? Mass of water in calorimeter cup?
PART II Finding the specific heat of copper. (this will identical to PART I, but now you will be using a copper sample). You have already found the mass of the empty holding container (cylinder). Mass of cylinder is 3 3 Next fll this cylinder approximately half way with copper Mass of cylinder with copper pellets- Calculate the mass of the copper pellets. Mass of pellets (mo) g You will be using the calorimeter as you did in PART I. Record the mass of the inner calorimeter cup Mass of inner calorimeter cup { mc ) Fill the cup approximately ½ to2/3 of the way to the top with water. Measure the mass of the cup with pellets. - 453-g water Mass of cup with watera_8 Next calculate the mass of water in the cup. Mass of water in calorimeter cup (mw) Assemble the calorimeter as you did in PART I. Use the temperature probe to measure the initial temperature of the water Proceed by heating the copper pellets as you did the aluminum pellets in PART Maximum temperature of copper pellets (TP) Now, again as in PART I, slowly pour the heated copper pellets into the calorimeter cup. Record the '--SO final temperature of the water specific heat of the copper Using the equations found in PART I, calculate the experimental value for the pellets.
Patrina SchowalterLv2
21 Apr 2019