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4. Now, use your results from #2 and # 3 to figure out: What is your weight (in N) in orbit? Wo3D

4. Now, use your results from #2 and # 3 to figure out: What is your weight (in N) in orbit? Wo3D

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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4 I'm only showing 2 and 3 because it tiees to number 4 I need help 

f=gm1 to the 1st power to the second power/r to the second power f=4x10 to the 14th powerx100/(7000x1o to the 3rd power) to the 2 power f=4x10 to the 16th power/49000000x10 to the 6th power f-0.08163265306x 10 16-12 f=0.08163265306x10nthe 4th power f=816.3265306 newton Force in terms of weight on the surface of earth F/we3816.3265306/976.5625 f/we%3D0.83591836733 f=0.83591836733we 4. Now, use your results from # 2 and # 3 to figure out: What is your weight (in N) in orbit? W. = 5. What is the circumference of your orbit? C = 6. What is the period of your orbit, in SECONDS? 1 hr 37 m OUS
Transcribed Image Text:f=gm1 to the 1st power to the second power/r to the second power f=4x10 to the 14th powerx100/(7000x1o to the 3rd power) to the 2 power f=4x10 to the 16th power/49000000x10 to the 6th power f-0.08163265306x 10 16-12 f=0.08163265306x10nthe 4th power f=816.3265306 newton Force in terms of weight on the surface of earth F/we3816.3265306/976.5625 f/we%3D0.83591836733 f=0.83591836733we 4. Now, use your results from # 2 and # 3 to figure out: What is your weight (in N) in orbit? W. = 5. What is the circumference of your orbit? C = 6. What is the period of your orbit, in SECONDS? 1 hr 37 m OUS
ucu vy 5 =4x10 to the 14th power divided by (7000x10 to the 3 power) to the second power -8.163m/s to the second power 2. What was your weight (in Newtons) on Earth? (Hint: remember, W = m*g) W- = for earth gm-4x10 to the 14th power N.m to the second power/kg The acceleration of gravity is 8-Gm/r to the second power With the equations 4x10 to the 14 power N.m to the second power/kg divided by (7x10 to the 6 power m) to the second power which equals 8.16 m/s to the second The weight of thr astronaut is calculated as We=mg which is =(100kg) (8.16 m/s t the second power) which gives you the answer =816 N power 3. What is your weight (gravitational force), compared to what it was on Earth? (Hint: radius of Earth is 6400 km. Hopefully, you DID recognize that this is SAME kind of problem you did on # 3-9 last time...) F = F=gm to the 1st power m to the second power/r to the second power F= gravitational force g= Universal Gravitational Constant M to the first power,m to the second power= masses of the bodies r=separation between the masses F= gm earthm person/(radius of earth) to the second power F=4x10 to the 14 powerx100/(6400x10 to the 3rd power) to the second power f%3D4×10 to the 14th powerx100 divided by 40960000x10 the 6th power f=4x10 to the 16 power divided by 4096000x10 to the 6 power f=0.9765625x10 16-13 f%3D0.9765625x10 to the 3 power %3D am1 to the 1et nowworto th econdnowerkktotho cocondupewer US 2
Transcribed Image Text:ucu vy 5 =4x10 to the 14th power divided by (7000x10 to the 3 power) to the second power -8.163m/s to the second power 2. What was your weight (in Newtons) on Earth? (Hint: remember, W = m*g) W- = for earth gm-4x10 to the 14th power N.m to the second power/kg The acceleration of gravity is 8-Gm/r to the second power With the equations 4x10 to the 14 power N.m to the second power/kg divided by (7x10 to the 6 power m) to the second power which equals 8.16 m/s to the second The weight of thr astronaut is calculated as We=mg which is =(100kg) (8.16 m/s t the second power) which gives you the answer =816 N power 3. What is your weight (gravitational force), compared to what it was on Earth? (Hint: radius of Earth is 6400 km. Hopefully, you DID recognize that this is SAME kind of problem you did on # 3-9 last time...) F = F=gm to the 1st power m to the second power/r to the second power F= gravitational force g= Universal Gravitational Constant M to the first power,m to the second power= masses of the bodies r=separation between the masses F= gm earthm person/(radius of earth) to the second power F=4x10 to the 14 powerx100/(6400x10 to the 3rd power) to the second power f%3D4×10 to the 14th powerx100 divided by 40960000x10 the 6th power f=4x10 to the 16 power divided by 4096000x10 to the 6 power f=0.9765625x10 16-13 f%3D0.9765625x10 to the 3 power %3D am1 to the 1et nowworto th econdnowerkktotho cocondupewer US 2
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