apple can drop how many time in garvitional force acting
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The Fall of an Apple.Stand on the Earth and drop an apple.
What is the force of the Earth on the apple?
F = GMearth Mapple/Rearth2What is the apple's acceleration (Newton's 2nd Law of Motion):
aapple = F/Mapple = GMearth/Rearth2 = 9.8 meters/sec2Note that the mass of the apple (Mapple) had divided out of the equation. This means that the acceleration due to gravity is independent of the mass of the apple, just like Galileo had shown earlier.
Answered by
1
The Fall of an Apple.
Stand on the Earth and drop an apple.
What is the force of the Earth on the apple?
F = GM earth Mapple /R earth 2
What is the apple's acceleration ( Newton's 2nd
Law of Motion ):
a apple = F/M apple = GM earth /R earth 2 = 9.8
meters/sec 2
Note that the mass of the apple (M apple ) had
divided out of the equation. This means that the
acceleration due to gravity is independent of the
mass of the apple, just like Galileo had shown
earlier.
Stand on the Earth and drop an apple.
What is the force of the Earth on the apple?
F = GM earth Mapple /R earth 2
What is the apple's acceleration ( Newton's 2nd
Law of Motion ):
a apple = F/M apple = GM earth /R earth 2 = 9.8
meters/sec 2
Note that the mass of the apple (M apple ) had
divided out of the equation. This means that the
acceleration due to gravity is independent of the
mass of the apple, just like Galileo had shown
earlier.
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