Theoretically, Zero. The gravitational pull of the earth on you (which is the definition of weight), whether the earth is solid or hollow, is the same in all directions because it is spherically symmetrical. These forces cancel each other out, leaving you with zero net weight. In real life, the earth is not a perfect sphere, but this model describes the situation adequately.
The gravitational attraction is not by anything special in the center of the Earth; instead, it is the sum of the attraction by every individual atom.For an object in the center of the Earth, the pull in one direction will be exactly compensated by the pull in another direction.So it turns out that if you're anywhere inside a solid sphere, it acts as if none of the mass OUTSIDE of yourposition is there. You're only affected by the mass of the smaller sphere INSIDE your position, as if you wereon its surface, and the 'shell' outside of your position had gone away.The weight is zero at the center of the earth. since F= G M.m / 2 d at the center of the earth the distance is zero from the center thus no force is imaginable. a more profound explanation is that at the center you are being puled by every particle from all sides with equal forces, the net force is logically zero.since weight=mgand gravity at center of earth is zero(g=0)so weight is zero
A dense sphere of solid iron and nickel at the center of earth.
Because the Earth is not a perfect sphere, so at different locations, you can be slightly nearer or slightly farther from the Earth's center.
The weight of an object will be minimum at high point like mountain. This is because weight depends on acceleration due to gravity and acceleration due to gravity is inversely proportional to the square of distance from center of earth to the object. As high places like mountain is far from earth center, there is minimun weight. But at the center of earth the weight becomes null as gravity pull takes place in all direction from the center.
Since the distance from the Earth's center will be doubled, the force or weight will be reduced by a factor of 4.
celestial sphere
In theory, at the center of the Earth you would have no weight.
As you get farther from the center of Earth, your weight willDECREASE
Assuming that the Earth's atmosphere is a perfect sphere, then the atmosphere's center of mass will be at the point equidistant between Earth's poles (i.e. the center of the Earth!).
Many theorists believe that the entrance to the Earth hollow is located at 87.7 degrees North latitude and at 87.7 degrees South latitude which is the location of the North and South Pole. These polar openings lead directly to the Earth's core which has led these theorists to believe that the Earth's hollow is in the center of the Earth's core.
The gravitational attraction is not by anything special in the center of the Earth; instead, it is the sum of the attraction by every individual atom.For an object in the center of the Earth, the pull in one direction will be exactly compensated by the pull in another direction.So it turns out that if you're anywhere inside a solid sphere, it acts as if none of the mass OUTSIDE of yourposition is there. You're only affected by the mass of the smaller sphere INSIDE your position, as if you wereon its surface, and the 'shell' outside of your position had gone away.The weight is zero at the center of the earth. since F= G M.m / 2 d at the center of the earth the distance is zero from the center thus no force is imaginable. a more profound explanation is that at the center you are being puled by every particle from all sides with equal forces, the net force is logically zero.since weight=mgand gravity at center of earth is zero(g=0)so weight is zero
that the earth is the center of the universe
core
A dense sphere of solid iron and nickel at the center of earth.
Ideally, if the earth were a perfect sphere, the gravitational potential energy would be zero. In the center of a sphere all other points within the sphere have an equal and opposite counterpoint. They work to cancel each other out. However, the earth is not a perfect sphere so there would likely be a gravitational pull towards the area with the greatest mass.
inner core
this is called the mantel or POP.