1. 1. What is the law which
a. Describes the fall of an apple to the ground
b. The motion of the moon around the earth and
c. The motion of planets around the earth
Please i need help with this question its urgent
Answers
Answer:
The moon in its orbit about the earth is approximately 60 times further from the earth's center than the apple is. ... The moon, being 60 times further away than the apple, experiences a force of gravity that is 1/(60)2 times that of the apple. The force of gravity follows an inverse square law.
Apple falling from a tree falls under gravity. Hence according to Newton's laws of motion, the path of the object will be rectilinear or straight line path.
How is the moon's orbit around the earth related to an apple falling from a tree? a. Theearth's gravity keeps the moon in orbit, and also pulls objects toward the ground. ... Themoon's gravity holds apples on tree branches, while the earth's gravity pulls apples toward the ground.
Answer:
a) newton's law of motion
b) An inverse square law
c) kepler's law of planetary motion