can you please help me with this assignment, please show all the work.

This is Physics 20 (grade 11)- Module 4- Lesson 2 - Newton's Law of Universal Gravitation

Question 3 Calculate the acceleration due to gravity experienced by a satellite when it is 38000 m off Not yet answered the surface of the Earth. Marked out of The mass of the satellite is 40.0 kg and the radius of the Earth is 6378 km. The Earth's mass is 1.00 5.98 x 1024 kg. Flag question Answer in units of m/s2, rounded to 2 decimal places. Answer:Question 4 A satellite in Geostationary orbit (see diagram) orbits the Earth exactly once every 24 Not yet answered hours. This is a special orbit because it keeps the satellite pointing at a fixed location Marked out of on the surface of the Earth. 1.00 T=24 hrs Flag question T=24 hrs fixed spot Calculate the gravitational field strength (in N/kg) for a satellite located in geostationary orbit. Geostationary orbit is 32000 km from the surface of the Earth. Use the mass of the Earth as 5.98 x 1024 kg and the radius of the Earth as 6378 km. Answer in units of m/s2, rounded to 2 decimal places. Answer:Question 5 Two massive cargo container ships are 500 m away from each other. Not yet answered One ship has a mass of 5.37 x 104 kg and the other has a mass of 1.27 x 10 kg. Marked out of 2.00 Calculate the gravitational force of attraction between the ships. Flag The strength of attraction is a.bc x 10-d N. question Enter the values of a, b,c,d in order in the answer box. Answer:Question 6 Use the following values for the mass and radius of Earth's Moon: Not yet answered Mass = 7.35 x 1022 kg Marked out of Radius = 1740 km 2.00 Flag a) Calculate the gravitational field strength on the surface of the moon (in units of N/kg). (1 question mark) b) For human's to live comfortably on the moon, it would need to have a gravitational field strength of at least 8.00 N/kg on the surface. What would the moon's radius need to be in order for it to have this surface gravity? (1 mark) SHOW ALL YOUR WORK for both parts of this question. ParaarQuestion 7 Using the data from Table 4.1 on Page 218 in the textbook, calculate the weight of a 52.0 kg Not yet human being 1100 km from the surface of Jupiter. answered Marked out of If you do not have a textbook, CLICK HERE to access the table of data necessary to solve this 2.00 problem. Flag Answer using the units of Newtons, rounded to the nearest Newton. question Answer:Question 8 Based on the videos you watched in the lesson, explain/answer the following: Not yet answered a) There is an unbalanced force pulling the Moon towards the Earth. Why doesn't the Marked out of Moon hit the Earth? (1 mark) 4.00 b) What would need to change about the Moon/ Earth system in order for the Moon to Flag actually strike the Earth? question List THREE properties of the Earth - Moon system that would need to change. Explain HOW and WHY each of the changes would result in the Moon striking the Earth