5. A pot plant falls off the balcony of an apartment. The balcony is 20 m above the ground and the pot plant has a mass of 2 kg. After falling a distance of 2 m from the balcony, the pot plant has a velocity of 6,26 m·s-1. Ignore the effect of air resistance. *  Your answer
5. A pot plant falls off the balcony of an apartment. The balcony is 20 m above the ground and the pot plant has a mass of 2 kg. After falling a distance of 2 m from the balcony, the pot plant has a velocity of 6,26 m·s-1. Ignore the effect of air resistance. *  Your answer
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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5. A pot plant falls off the balcony of an apartment. The balcony is 20 m above the ground and the pot plant has a mass of 2 kg. After falling a distance of 2 m from the balcony, the pot plant has a velocity of 6,26 m·s-1. Ignore the effect of air resistance. *

Your answer

Transcribed Image Text:5. A pot plant falls off the balcony of an
apartment. The balcony is 20 m above the
ground and the pot plant has a mass of 2
kg. After falling a distance of 2 m from the
balcony, the pot plant has a velocity of 6,26
m-s-1. Ignore the effect of air resistance. *
5.1 Calculate the gravitational potential energy of the pot plant before it begins to fall.
5.2 Calculate the total mechanical energy of the pot plant after it has fallen two meters.
5.3 Is this a closed system? Explain your answer.
5.4 Calculate the speed with which the pot plant hits the ground.
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