- Name Partners Xo Lab Report Fluids Table 10 1 Density Of Solids V Serror Sample P Table Kg M Kg M S Kg M 1 0 1 (40.56 KiB) Viewed 36 times
- Name Partners Xo Lab Report Fluids Table 10 1 Density Of Solids V Serror Sample P Table Kg M Kg M S Kg M 1 0 2 (24.58 KiB) Viewed 36 times
- Name Partners Xo Lab Report Fluids Table 10 1 Density Of Solids V Serror Sample P Table Kg M Kg M S Kg M 1 0 3 (32.52 KiB) Viewed 36 times
- Name Partners Xo Lab Report Fluids Table 10 1 Density Of Solids V Serror Sample P Table Kg M Kg M S Kg M 1 0 4 (27.75 KiB) Viewed 36 times
Table 10.4: Density of liquids. Mass of the graduated cylinder: 0.453_kg dill V m') P (kg/m') P. (predicted] (kg/m") Sample (kg) А H20 EtOH 0.41454.00X10- 0.3275 4.00x10** 997 789 B SHOW YOUR WORK (Predicted values of the densities of liquids A and B):
QUESTIONS 1. In ACTIVITY 1, evaluate your measurements of the densities of metal samples #1 and 2 based on their percent differences from those values you found in Appendix A. Consider less than 2% to be excellent agreement, less than 5% to be very good agreement, and less than 10% to be good agreement 2. Do your data in ACTIVITY 2 (Tables 10.2 and 10.3) suggest the validity of Archimedes Principle? What sources of error have you found in this experiment? State the evidence for your answers. 3. Evaluate your predicted densities of liquids A and B in ACTIVITY 3 based on their percent differences from those values you found experimentally. Consider less than 2% to be excellent agreement, less than 5% to be very good agreement, and less than 10% to be good agreement.
4. Consider a swimmer who swims first in a freshwater lake and then swims in the ocean. Is the buoyant force on her the same in both cases? If the buoyant force is different for the two cases, state which one is greater and why it is greater 5. A 50-kg solid object is constructed from the same material as metal sample #1. What will this object's apparent weight be when it is immersed in water?