There exists a universal law of gravitation discovered by Newton which governs the force between any two masses.
The size of the force is in proportion to the product of the masses divided by the square of the distance between the centres of the masses.
Take an apple mass m at a distance R from the centre of the Earth mass M. The force (gravitational force aka weight) is proportional to (m x M)/R2. On the Moon mass N radius S, the force is proportional to (m x N)/S2. Because the Moon is much less massive than the Earth the ratio of these two forces is about 8 to 1 (check this fact) even though S is much smaller than R.
The acceleration of a body released under gravity is the force divided by the mass ( a= F/m) : this is F=ma restated and experimental law called Newtons second law
and this is a constant irrsspective of the mass of the body- the mass m cancels out because mM/R2 divided by m is proiportional to M/R2. For Earth and Moon the accelerations due to gravity are in proportion of M/R2 to N/S2 and this ratio is about 8 to 1 as I recall.
Because the moon has only 1/6 of the gravity that earth has.
yes because there is no air ressistance on the moon because space is a vacuum
Less weight to move and no wind resistance since no atmosphere.
The moon has less mass than Earth does and therefore has weaker gravity.
Simply put, the moon has less mass than Earth does.
Gravity on the moon is lower than earth since it had lesser mass. The falling object would accelerate at slower speed on the moon compare to earth.
Nothing!!! You do NOT loose mass. You have the same amount of matter. However, because the Moon's gravitational acceleration is less than on Earth. you will weigh less. Remember Newton's Second Law of Universal Dynamics ; Force is directly propotional to acceleration(gravity). F = ma 'm; remains constant on Earth and Moon. However, 'a' is much less on the Moon , so 'F' (Force) your weight is less on the Moon.
while the mass of the astronaut doesn't change the acceleration of gravity on the moon is much less than that on earth. Since weight is a measure of force (N)=m(kg)xa(m/(ss)), a decreased gravity on the moon would mean a decreased weight
because the moon has less mass than earth so humans weigh less on the moon than earth
Simply put, the moon has less mass than Earth does.
Gravity on the moon is lower than earth since it had lesser mass. The falling object would accelerate at slower speed on the moon compare to earth.
Nothing!!! You do NOT loose mass. You have the same amount of matter. However, because the Moon's gravitational acceleration is less than on Earth. you will weigh less. Remember Newton's Second Law of Universal Dynamics ; Force is directly propotional to acceleration(gravity). F = ma 'm; remains constant on Earth and Moon. However, 'a' is much less on the Moon , so 'F' (Force) your weight is less on the Moon.
The acceleration of gravity on or near the surface of the moon, and therefore the weight of objects located there, is about 83.5 percent less than on Earth. An object on the surface of the moon weighs about 1/6 of what it weighs on Earth.
Mass is the amount of matter in an object. It does not change based on gravity. Weight is the force an object exerts 'downward' due to gravitational acceleration. Force = (mass)*(acceleration). Acceleration due to gravity is less on the Moon than on Earth.
while the mass of the astronaut doesn't change the acceleration of gravity on the moon is much less than that on earth. Since weight is a measure of force (N)=m(kg)xa(m/(ss)), a decreased gravity on the moon would mean a decreased weight
because the moon has less mass than earth so humans weigh less on the moon than earth
because the moon has less mass then earth
The moon has weaker gravity than Earth does.
There is gravity on the moon. It is about on sixth what it is on Earth. This is because the moon has less mass than Earth does.
the earth and moon have different values for the acceleration due to gravity.
the earth and moon have different values for the acceleration due to gravity.