Q1. Part I A person has a mass of 73kg. Calculate their weight in pounds on the different places on, or above, earth, to two decimal places. Sea level is 6.371 x 10m from the center of the earth. A. What is the person's weight on the surface of the earth? B. What is the person's weight in the Dead Sea depression? The Dead Sea depression is 413m BELOW sea level. . What is the person's weight on the summit of Mount Everest? The summit of Mount Everest is 29,029 feet above sea level. D. Inlow earth orbit, a person is 2000km above the surface of the earth. Calculate the person's weight once the space shuttle in low earth orbit has come to a stop. What is the weight of the person while actively in orbit? Part Il. You travel to a planet other than Earth. You drop an object from an indicated height above the surface of this planet and it hits the ground 1 minute later. The position vs. time graphs for these objects' free-falls are shown below. Planet 1 Planet 2 A. Without doing any calculations, which planet is larger by mass? How do you know? B. What is the acceleration due to gravity for each planet? C. If I now tell you these planets are in our solar system, identify the planets in these graphs