

4. What is the average specific heat capacity of the unknown metal in this experiment? 5....
4. What is the average specific heat capacity of the unknown metal in this experiment? 5. What is the unknown metal? Use Table 1 for reference. Table 2: Mass Mass (8) Water 49.2g Unknown Metal Strip 22.3g Table 3: Specific Heat Data Temperature (°C) Trial 1 Trial 2 Time (minutes) Trial 3 Initial 23 22.6 23.2 5 minutes 23.6 23.3 24.3 6 minutes 23.6 23.3 24.3 7 minutes 23.66 23.3 24.2 8 minutes 23.6 23.3 24.2 9 minutes 23.4 23.3...
I am doing the experiment, "Determination of Specific
Heat of a Metal". I have completed the physical experiment, I just
need help filling out the last line, determining what the average
specific heat capacity of the unknown metal is. Thank you!
Table 2: Mass Mass (g) Water 49.7 10.3 Unknown Metal Strip Table 3: Specific Heat Data Temperature (°C) Time (minutes) Trial 1 Trial 2 Trial 3 Initial 24. 24.0 25.0 5 minutes 25.0 6 minutes 25.0 26.1 27.0 27.0...
experiment 1: determination of specific heat of a metal Data Sheet Table 2. Mass Mass (g) Water 49.2 g Unknown Metal Strip 9.6 g Table 3. Temperature Data Time Temperature (°C) Trial 1 Temperature (°C) Trial 2 Temperature (°C) Trial 3 Initial Temp Water (Ti (water)) 16 C 17 C 17 C Initial Temp Metal (Ti (metal)) 76 C 86 C 85 C 1 minute 17 C 17 C 17.5 C 2 minutes 17 C 17 C 17.5 C 3...
Table 1: Mass Data Trial 1 50 36.6 1. Calculate the specific heat of the metal strip for each trial here. What is the average specific heat'? Mass (g) Trial 2 50 Trial 3 50 36.6 Water 36.6 Metal Strip Table 2: Specific Heat Data Temperature (C) Time (minutes) Initial 5 minutes 6 minutes 7 minutes 8 minutes Trial 1 24.2 26.9 26.8 26.8 26.6 Trial 2 24.1 27.3 27.3 27.3 27.2 Trial 3 24.1 27.3 27.2 27.2 27.1
I need help finding the average heat capacity and the average
atomic mass of the unknown metal !
Table II. Data and Calculations for Unknown Metal, Code Number of Metal 6.57g 81.429 6.979 84.203 Include units for all Trial Trial 2 Trial 3 measurements Mass of metal 88.139 88.739 88.739 Temp of boiling water (T ) (initial Tof metal) 99.98 °c 99.99€ 100°C Mass of calorimeter 6-579 Mass of calorimeter & water 8484 Initial Temp (T ) of calorimeter water...
how do i find the average atomic mass in a unknown metal
calorimetry experiment
13 Table II. Data and Calculations for Unknown Metal, Code Number of Metal: Trial 3 Trial 1 Trial 2 Include units for all measurements Mass of metal 271.10(3) 271.119 9.000 99-200 93.20 Temp of boiling water (Tn) (initial T of metal) Mass of calorimeter 7.509 7.53 7.509 102.24 Mass of calorimeter & water Initial Temp (Tew) of calorimeter water Final temp of metal & water (inside...
In the specific heat capacity experiment, the unknown object has a mass of 0.073 kg and was cooled to -9 C. Then, it was placed in a calorimeter (mcalorimeter = 0.11 kg) that contain water (mwarter = 0.23 kg) at a temperature of 26 C. After 5 minutes the temperature dropped to 22.4 C. Determine the specific heat capacity of the unknown object. (cwater = 4186 J/kg. C and ccalorimeter = 900 J/kg. C)
These are my instructions: Your data should have been read in from the data file and stored into an array. Next you need to calculate the following and display in a single Message box: Average score Highest score Lowest score Mode of the scores Your program should be written using methods and should be well documented internally and externally. Your output should be displayed using Message boxes. This is the .text file to use with the instructions: 20 21 22...
In the specific heat capacity experiment, the unknown object has a mass of 0.058 kg and was cooled to -5 oC. Then, it was placed in a calorimeter (mcalorimeter = 0.12 kg) that contain water (mwarter = 0.22 kg) at a temperature of 28 C. After 5 minutes the temperature dropped to 23 oC. Determine the heat gained by the unknown object. (cwater = 4186 J/kg. C and ccalorimeter = 900 J/kg. C)
In the specific heat capacity experiment, the unknown object has a mass of 0.085 kg and was cooled to -6C. Then, it was placed in a calorimeter (mcalorimeter = 0.12 kg) that contain water (mwarter = 0.27 kg) at a temperature of 28 oC. After 5 minutes the temperature dropped to 23C. Determine the heat lost by the calorimeter. (cwater = 4186 J/kg. oC and ccalorimeter = 900 J/kg. oC)