1. What is Pete the Polar Bear's mass in kilograms? 2. Pete will be starting on Earth and traveling to the four other locations listed above. Where will he weigh the most? 3. Once Pete's spaceship reaches its cruising speed, how much force is needed to keep it going at that speed in space?

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What are the answers to questions 1 2 and 3
Physics In Space! Newton's Laws In Action
Pete the Polar Bear weighs 1,434 pounds on Earth.
Planet or Moon
Earth
Luna
1.6 m/s2
Mars
Jupiter
23.6 m/s?
Saturn
10.1 m/s2
Acceleration Due to Gravity
9.8 m/s2
3.8 m/s?
Transcribed Image Text:Physics In Space! Newton's Laws In Action Pete the Polar Bear weighs 1,434 pounds on Earth. Planet or Moon Earth Luna 1.6 m/s2 Mars Jupiter 23.6 m/s? Saturn 10.1 m/s2 Acceleration Due to Gravity 9.8 m/s2 3.8 m/s?
S Gravity in Space WS Schoology x
K 2.5 Gravity in Space.doc
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2.5 Gravity in Space.doc
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Pete the Polar Bear weighs 1,434 pounds on Earth.
Earth
9.8 m/s2
Jupiter
23.6 m/s2
Saturn
10.1 m/s?
Planet or Moon
Luna
Mars
Acceleration Due to Gravity
1.6 m/s2
3.8 m/s2
1. What is Pete the Polar Bear's mass in kilograms?
2. Pete will be starting on Earth and traveling to the four other locations listed above. Where will
he weigh the most?
I
3. Once Pete's spaceship reaches its cruising speed, how much force is needed to keep it going
at that speed in space?
4. What is the Newton's third law action-reaction force pair for the rockets on Pete's ship?
5. What is Pete's weight in Newtons here on Earth- in other words, what is the force of gravity
on Pete?
目
Transcribed Image Text:S Gravity in Space WS Schoology x K 2.5 Gravity in Space.doc .com/web/viewer.html?file%=https%3A%2F%2Faaps.schoology.com%2Fattachment%2F1744295819%2Fsource%2Fe5b6! = My Drive 2.5 Gravity in Space.doc - + 100% Pete the Polar Bear weighs 1,434 pounds on Earth. Earth 9.8 m/s2 Jupiter 23.6 m/s2 Saturn 10.1 m/s? Planet or Moon Luna Mars Acceleration Due to Gravity 1.6 m/s2 3.8 m/s2 1. What is Pete the Polar Bear's mass in kilograms? 2. Pete will be starting on Earth and traveling to the four other locations listed above. Where will he weigh the most? I 3. Once Pete's spaceship reaches its cruising speed, how much force is needed to keep it going at that speed in space? 4. What is the Newton's third law action-reaction force pair for the rockets on Pete's ship? 5. What is Pete's weight in Newtons here on Earth- in other words, what is the force of gravity on Pete? 目
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