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and nstant. 2) When the potato returns to the height from which it was fired, it will be going just as fast as when it was fired. 2) The notate

and nstant. 2) When the potato returns to the height from which it was fired, it will be going just as fast as when it was fired. 2) The notate

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Help with Number 2 please
False 1) As the potato nears the top of its flight, the acceleration of the potato decreases until it is zero for and instant. 2) When the potato returns to the height from which it was fired, it will be going just as fast as when it was fired. 3) The potato takes longer to go from the cannon to the maximum height than it takes to go from the maximum height back down to the height of the cannon. False 4) During one of NASA's missions to the moon, an astronaut dropped a hammer from a height of 1.5 meters above the lunar surface. It took the hammer 1.369 seconds to land. Determine the acceleration due to gravity on the moon.
Transcribed Image Text:False 1) As the potato nears the top of its flight, the acceleration of the potato decreases until it is zero for and instant. 2) When the potato returns to the height from which it was fired, it will be going just as fast as when it was fired. 3) The potato takes longer to go from the cannon to the maximum height than it takes to go from the maximum height back down to the height of the cannon. False 4) During one of NASA's missions to the moon, an astronaut dropped a hammer from a height of 1.5 meters above the lunar surface. It took the hammer 1.369 seconds to land. Determine the acceleration due to gravity on the moon.
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