· Judging weight and speed on earth’s surface is a need for our day-to-day scientific references. However, generalizing the character of weight and speed to the infinite space based on these observations is a scientific fallacy.
· If the gravitational force is pulling all objects towards the earth, then why does man or other objects weigh less on the peak of the mountain than on the surface of the earth?
·
The change of weight on the
equator and the weightlessness of the astronauts in outer space are
scientifically connected with the density of air molecules. It is an outcome of
the atmospheric pressure (The Binding force), which compresses earth and its
constituents towards the earth's surface. The quantum of the pressure applied
will vary based on the density of the air molecules and its space-time
connectivity (elaborated in the sub chapters ‘Grand Unified Forces of Nature’). This causes men and other objects to
weigh more on the surface of the earth than the peak of the mountain.
· The atmosphere has layers, which rise and fall in temperature. The first layer is 'Troposphere' that extends 9 kilometres high over the poles and 16 kilometres above the equator and is only one-seventieth of the total volume of the atmosphere. Yet, it contains four-fifth of all the air.
· The air molecules get thinner and less dense with height and fade away completely about 800 kilometres above the ground due to the overall behaviour of the air molecules and their connectivity with the spinning motion of the earth. So, naturally the atmospheric pressure is more on the surface of the earth than at the peak of the mountain.