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When an apple falls from a tree, its potential energy decreases as it loses height and gains kinetic energy as it starts moving. The apple's total energy remains constant as it undergoes this transformation between potential and kinetic energy.
A banana presents potential energy, which is the energy stored in an object due to its position or state. When the banana falls, this potential energy is converted into kinetic energy, the energy of motion.
The force of attraction between the Earth and ourselves is much stronger than the attraction between two apples because the Earth has a much larger mass than an apple and gravitational force is directly proportional to the mass of the objects involved. Additionally, the distance between us and the center of the Earth is much smaller than the distance between two apples, further increasing the gravitational force.
The only way the bag of apples can have zero acceleration is that the sum of forces on it is zero. The 20-N downward gravitational force on it must be exactly canceled by some upward force of 20-N. That's the tension in the rope.
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As the apple falls, its potential energy decreases while its kinetic energy increases, until it lands, at which point it has maximum potential energy.
When an apple falls from a tree, its potential energy decreases as it loses height and gains kinetic energy as it starts moving. The apple's total energy remains constant as it undergoes this transformation between potential and kinetic energy.
A banana presents potential energy, which is the energy stored in an object due to its position or state. When the banana falls, this potential energy is converted into kinetic energy, the energy of motion.
apples apricot
apples and milk
· Abalone · Apples to Apples · Atari · Attack! · Authors · Axis & Allies
Asparagus Apples Apricots Almonds
* yams * yellow squash * jicama * iceburg lettuce * Jonathan apples * Jonagold apples
A 1 pound bag on the moon contains more apples. weight equals mass× gravitational aceleration. since the acceleration on earth is nearly 6 time the acceleration of the moon, thus if both bags have the same weight and the apples' mass on earth is x then there mass on moon is 6x
The question could be, name three things beginning with the letter A.
Both involve gravitational forces. Falling apples are pulled towards the Earth's center by gravity, while the Moon is kept in orbit around the Earth by the gravitational force between the two celestial bodies.