Objective: The purpose of this lab was to find specific heat capacity of a certain material and the latent heat of another by experimentation, and to compare them to already known values.

Procedure: We first took a calorimeter and measured the mass to be 12.1 grams. As we were doing this we were also heating a 100-gram weight in boiling water. We then filled the calorimeter with tap water and measured the mass of the cup and water. After filling the cup we took the initial temperature of the water with a thermometer. We also took the initial temperature of the weight by it being equal to that of boiling water, which is 100 degrees Celsius. Next we placed the heated weight in the water contained by the calorimeter. We then found the temperature at which the weight and water were equal using our mercury thermometer. We repeated this process three times using three different masses of water. After finding all of the temperatures and masses, we calculated the specific heat capacity for each trial. Finally we took the average of the three trials for specific heat and compared the calculated value to the accept value.

In the second part of this lab we found latent heat values.

Lf = c(water){m(water)(Twater-Tf)-m(ice)Tf

Adding the three values and dividing by three calculated the average value of our results. This calculation was 72.6 (cal)/g. The accepted value was 79.4 (cal)/g. The percent difference was 8.6% by using the same formula as before.

c(iron) = c(water)m(water)(Tf-Twater)

Some topics in this essay:
Calculations Analysis, Capacity Objective, specific heat, specific heat capacity, heat capacity, heat fusion, degrees celsius, mass cup, mass cup water, cup water, water found, cal/g celsius, initial temperature, latent heat, Calculations Table, 100 degrees celsius, heat capacity found, initial temperature water, Specific Heat, Data Calculations, Heat Capacity,