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At the top, marginally less.
F = G(m1m2)/r2
F = force of gravity
G = the gravitational constant
m1 and m2= the masses of the earth and the moutain
r2 = the radius between the centers; earth's center and the centered on the tip of Everest.
So, as the tip of Everest is 29,000 feet obove the surface, and this is added to the radius involved, the radial distance is somewhat increased and the gravitational force is somewhat lessened.
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Is acceleration due to gravity more or less atop Mt. Everest than at sea level and why?
Acceleration due to gravity is slightly lower atop Mt. Everest compared to at sea level due to the increased distance from the Earth's center. This is because gravity weakens as you move further away from Earth's center, leading to a slight decrease in acceleration due to gravity at higher altitudes such as Mt. Everest.
Is acceleration due to gravity more or less atop Mt Everest than at sea level?
Acceleration due to gravity is slightly less atop Mount Everest compared to at sea level. This is because gravity decreases with increasing altitude.
Where on earth is the force of gravity the lowest?
At the top of the highest mountain.The force is inversely proportional to the distance between the centers of the masses.The top of the highest mountain is the farthest you can get from the center of the earth and still remain "on earth".
What is the lower specific gravity of oil?
The specific gravity of oil typically ranges from 0.8 to 0.98, with lighter oils like gasoline having lower specific gravity values around 0.7 to 0.8.
Acceleration due to gravity in Saturn?
The acceleration due to gravity on Saturn is approximately 10.4 m/s^2, which is slightly lower than Earth's gravity. This means that objects on Saturn's surface weigh less compared to Earth. The lower gravity on Saturn is due to its larger radius and lower average density.
Does a man weigh more at the top of mt Everest or at the top base of the mountain?
The base because there is more gravity pulling him down when he is lower.
Is acceleration due to gravity more or less atop Mt. Everest than at sea level and why?
Acceleration due to gravity is slightly lower atop Mt. Everest compared to at sea level due to the increased distance from the Earth's center. This is because gravity weakens as you move further away from Earth's center, leading to a slight decrease in acceleration due to gravity at higher altitudes such as Mt. Everest.
Is acceleration due to gravity more or less atop Mt Everest than at sea level?
Acceleration due to gravity is slightly less atop Mount Everest compared to at sea level. This is because gravity decreases with increasing altitude.
What is the name of the river on Mount Everest?
The Khumbu Icefall runs down the lower part of Mount Everest
Where on earth is the force of gravity the lowest?
At the top of the highest mountain.The force is inversely proportional to the distance between the centers of the masses.The top of the highest mountain is the farthest you can get from the center of the earth and still remain "on earth".
What forces hold Mount Everest together?
Gravity Electromagnetic force Strong Nuclear Force
Is the acceleration due to gravity more or less atop Mt Everest than it is at sea level?
The same
The molecules of gas are kept in the lower layers of the atmosphere by the force of?
gravity. Gravity pulls the gas molecules towards the Earth, keeping them in the lower layers of the atmosphere. If not for gravity, the gas molecules would disperse into space.
Why does water flow from a highter region to a lower region?
It is caused by the Earth's gravity.
What is the lower specific gravity of oil?
The specific gravity of oil typically ranges from 0.8 to 0.98, with lighter oils like gasoline having lower specific gravity values around 0.7 to 0.8.
Why does venus have lower gravity than earth?
Venus has lower gravity than Earth because it has a smaller mass than Earth. Gravity is directly proportional to the mass of a planet, so planets with smaller masses will have lower gravitational forces.
What affects inertia?
Gravity affects inertia. The lower the gravity, the more inertia.
