Examine the differences in atmospheric pressure recorded in the two tables above. Discuss whether the quantitative differences between the measured atmospheric pressures (in kPa) for the two planets at the different levels corroborate the differences in the gravity for Earth and Jupiter.

Depth (m) Pressure (kPa = N/m2) on Jupiter 0 0.5 1.0 1.5 2.0 2.5 3.0 * Provide screenshots of your measurements at 1.5 meters and at 3.0 meters for Jupiter 1. How does the atmospheric pressure on Jupiter at different depth levels of water compare with those measured for Earth? For example, are they similar […]

Record measurements made at each level on the table below.Provide a screenshot of your measurement at 1.5 meters.

UNDER PRESSURE Part 1A. Terminology Use LEO course resources or other scientific resources to define or explain the following terms relevant to this laboratory. Do your best to use your own words to define these terms: ⦁ International System of Units or System Internationale (SI) Units ⦁ Atmosphere ⦁ Atmosphere measurement units ⦁ Pressure ⦁ […]

Explain how you can graphically determine g of Earth using Period2 vs. Length graph? Obtain the value of g by doing a curve fitting and compare it with the known value of 9.81 m/s2.

Time Period of a Simple Pendulum Link for online lab: https://phet.colorado.edu/en/simulation/pendulum-lab OBJECTIVES: Investigate the factors affecting time period of a simple pendulum. Determine gravitational field strength at a location by swinging a simple pendulum and performing curve fitting on linearized data. PROCEDURE: Click on the Intro window. Click on Stopwatch. Make sure that speed is […]

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