the gravitational attraction of apple is sun.
The apple has mass. The Earth has mass. The apple falls down, and the Earth "falls" up. The Earth's motion is not measurable. The apple's motion is.
The moon's gravitational attraction causes water to rise up to a certain height and simultaneously , Earth's rotational movement causes the raised up water to move forward and it falls down. This gives the appearance of tides.
An apple falls faster than a penny. The penny's flat surface creates more wind resistance than the round apple. And as Galileo observed, it depends on wind resistance, not weight.
Orbits are established by the combined effects of gravitational attraction and relative velocity. In other words, the moon, like any orbiting body, moves forward (tangent to its orbit) at a speed just sufficient to ensure that as it falls toward the earth due to gravity, it has moved far enough that the two motions combine to keep it at a roughly stable distance from the earth.
Earth's gravitational pull causes the ball to fall back down to the ground after being tossed. The strength of the gravitational pull determines how quickly the ball falls and how high it can be thrown.
The gravitational attraction of the Earth to the apple is equal in magnitude to the gravitational attraction of the apple to the Earth. This is described by Newton's third law of motion, which states that for every action, there is an equal and opposite reaction.
The gravitational potential energy in the system increases as you lift the apple because work is done against gravity. This potential energy is stored in the apple-Earth system and can be released if the apple falls back to the ground.
The apple has mass. The Earth has mass. The apple falls down, and the Earth "falls" up. The Earth's motion is not measurable. The apple's motion is.
The potential energy of the apple decreases as it falls towards the earth due to a conversion of potential energy into kinetic energy. This conversion occurs as gravitational potential energy is transformed into motion energy while the apple accelerates towards the ground.
chemical energy
When an apple falls to the ground, the apple's beginning kinetic energy and ending gravitational potential energy are both equal to each other. This transfer of energy occurs due to the conservation of energy principle, where the potential energy of the apple at the top of the fall is converted into kinetic energy as it falls to the ground.
The net force on the apple is 0.9 N. This is calculated by subtracting the force of air resistance (0.1 N) from the gravitational force (1 N).
The apple that fell from the tree is approximately 14 feet away from the tree. One would have to walk quite a ways in order to grab it and eventually eat it.
No, it is not true that the Earth moves up to meet the apple when it falls towards the Earth. The Earth's mass is much greater than the apple's, so the effect of the apple falling towards the Earth is not noticeable in comparison to the Earth's massive size. The Earth's motion is not easily observable due to its large size and the force of gravity keeping everything in place.
The moon's gravitational attraction causes water to rise up to a certain height and simultaneously , Earth's rotational movement causes the raised up water to move forward and it falls down. This gives the appearance of tides.
It falls to the ground because of Earth's gravitational pull possibly hurting or damaging something or someone below.
The apple falls on the earth because of gravity. It is the force that causes two particles to pull towards each other.