____,_____'4 Labzzpgic Heat of a Metal dry. Find the mass of the calorimet '0YMENT 1. Obtain a calorimeter and make sure it is 2. Fill you calorimeter about 2/3 full of cool water. Put the top on the calorimeter and find the mass of the water and the calorimeter. e 3. insert your thermometer in the top oi the calorimeter and record the beginning temperature of the cool water. 4. Take the thermometer out of the calorimeter. Bring your calorimeter to the _ PHONE f hot metal into the teacher's desk. Take the top off your calorimeter, insert a piece 0 calorimeter, and cover the calorimeter again. 5. Take your calorimeter back to your desk and insert your thermometer. Stirring gently, watch the thermometer until the temperature remains constant. Record the temperature in the data table as the final temperature of the water and the metal. You will get the beginning temperature of the metal from your teacher. NC "'PAY Calculate the change in temperature for the water and the metal. 6. Take the metal out of the calorimeter, dry it, and find and record its mass. 7. Repeat the process to a minimum of 3 attempts to find the average specific heat. f _ ' 'iON E 55.5 W F PAY: 7. Using the equation- Thermal Energy = (mass) (5 ' ' H . ' pectftc heat) (tern erat 31mg? calculate the heat gamed by the water. The specific heat for watt: is 411288 g ' - I h 8. The heat gained by water is the same as the heat lost by the metal. Using the __ same equation as in #7, calculate the specific heat of the metal. 9- Quickly calculate the densi and the ' . . . metal, What is your best guess); 11 use the DEHSHY and Spectflc Heat to identify the DC'St-'r't -. 2., O9 DEGREE/CERT OTHER: FROM: 10. Using the known values for density and specific heat, calculate your percent error? How close were you