Materials:Link for Labhttps://media.pearsoncmg.com/bc/bc_0media_chem/chem_sim/calorimetry/Calor.php

Procedures:

1. To become familiar with the applet start by selecting"silver" from the list of metals in the solids tab.
2. All metals should have a mass of 50 g.
3. In the metals box, move the mass slider to the right until it reads "50.0 g."
4. All metals should be at an initial temperature of 100^oC.
5. In the metals box, move the temperature slider to the right until it reads "100^oC."
6. Click 'Show specific heat'
7. Click 'Next', and then select water from the list of liquids.
8. Choose the mass and temperature of the water as "50.0 g" and "20.0^oC." You will also want to click 'Show specific heat'.
9. Click 'Next' and then check 'Show graph view'. Then click "start" and record the final temperature in a data table
10. Click "reset" and repeat the process for Unknown metals I and Unknown metal II.

Data:

1. Make an appropriate data table for all three metals - including the data for the water in each trial. Your table should organize all your data (the name, mass, specific heat, measured temperatures, etc.)(40 points)

Calculations:

1. Calculate the heat (Q) gained by the water. Use this value as the heat (Q) lost by the metal and from that calculate the theoretical value of the final temperature of the silver.Show your work. (20 points) This video may be helpful.https://www.youtube.com/watch?v=llsBOI7BORI

1. Calculate the percent error for the final temperature you calculated and the one you got from the lab results.Show your work. (10 points)

1. Calculate the specific heat capacity for each of the unknown metals.Even though you would be able to see this from the demonstration, show how you would use calculations to find it.Show your work. (20 points)

Conclusion:

List an appropriate conclusion for this lab.In your conclusion discuss what you learned from this lab (+4), what specific heat is (+3), and research how it is used. (+3)