What is the gravitational force on a 52 kilogram person standing on the Earth, due to...
Homework help !!! Numbers 1-3 QUESTION 1 What is the gravitational force on a 87 kilogram person standing on the Earth, due to the Earth's gravity? The mass of the Earth is 5.97 1024 kilograms and the radius of the Earth is 6 38 × 106 meters Round your answer to the nearest integer. QUESTION 2 What is the gravitational force on a 74 kilogram person standing on the Earth, due to Moon's gravity? The mass of the Moon is...
Weight on Earth (lbs.) : 600N or 132lb Calculate the gravitational force you feel at the following places. Show your work. (a)500 km above the surface of Europa. (b)At the surface of Europa. (c)Inside the tunnel, half-way through the ocean layer. (d)At the bottom of the tunnel. (e)Evaluate the prediction you made earlier. Did the gravitational force change as you expected? Explain. You get back in your space shuttle to continue on your trip. Your next stop is Jupiter you've...
a. What would be the gravitational force exerted on a 65.0 kg person on Jupiter? Jupiter mass is 1.90 X 1027 kg and it s diameter is 1.43 X 108 meters? b. What is the gravitational force of 65 kg person on Earth? c. What is the ratio of a 65 kg person weight on Jupiter and Earth?
QUESTION 16 The Moon which has mass of about 7.35 1022 kilograms, and it orbits the Earth with an average orbital distance of 384,400 kilometers. Calculate the following for the Moon the magnitude of the average gravitational force exerted by the Earth on the Moon: A. Newtons (use scientific notation and round the coefficient to two decimals) the magnitude of the acceleration due to Earth's gravity at Moon's orbit B. m/s (use scientific notation and round the coefficient to two...
Problem: Write a program to calculate the force of gravitational attraction between two objects of known mass at a known distance. Use the formula developed by Isaac Newton known as Law of Universal Gravitation. F G*m *m2/d2 Where F (Force of gravity) is expressed in Newtons (N), mi and m2 (masses of the objects) are expressed in kilograms (kgs) and d (distance from the center of one object to the center of the other) is expressed in meters (m) and...