The Moon's mass is 7.34 x 1o22 kg, and it is 3.8 x 10 km away from Earth. Earth's 1. mass is 5,97 x 10 kg. Calculate the gravitational force of attraction between Earth and 24 the Moon. 2. Person A and Person B are in the figure below. Person A weighs 500 N while Person B weighs 1000 N. The distance of person A from the center is 1 meter. How far is Person B from the center? Person B Person A 1 m S00 N i000 N Phvot (fucnm)
The Moon's mass is 7.34 x 1o22 kg, and it is 3.8 x 10 km away from Earth. Earth's 1. mass is 5,97 x 10 kg. Calculate the gravitational force of attraction between Earth and 24 the Moon. 2. Person A and Person B are in the figure below. Person A weighs 500 N while Person B weighs 1000 N. The distance of person A from the center is 1 meter. How far is Person B from the center? Person B Person A 1 m S00 N i000 N Phvot (fucnm)
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Transcribed Image Text:mass is 5.97 x 10" kg. Calculate the gravitational force of attraction between Earth and
accurately. Write your answer on a separate
1.
the Moon.
2. Person A and Person B are in the figure below. Person A weighs 500 N while Person B
weighs 1000 N. The distance of person A from the center is 1 meter. How far is Person
B from the center?
Person B
Person A
m
500 N
io00 N
Pivot (fucrum)
Transcribed Image Text:8. Analyze the given figure below. What is the spring constant of the spring below if it is
pulled to 12 m and held in place with a force of 300 N?
300-N
k
12-m
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