The Secret of Falling Apple by Akbar Kouravand (free ebook reader for pc .txt) 📕

The earth is spherical in shape, so it absorbs the void vacuum to the same extent, so it did not fall, nor did rise and nor rotate around any orbit.

The black vacuum causes the planets to rotate and the vacuum does not crash the planets.

Sound: ... So how can human machines move on other planets?

I ... if it is not air, the falling will not happen, but because of the black vacuum are in all planets and there is a void vacuum around them, so the black vacuum absorbs the void vacuum in all planets and stars except the earth. Thus, the amount of energy consumption to rise up from the planet surface to the sky for each planet is different, but it is higher in the earth due to the air.

If the void vacuum is on the surface of the planets and stars, so gravity of the black vacuum inside them will increase to absorb whatever is on their surface, so if the planet is bigger, then this absorb will become larger, but it does not do on the earth because there is the air gap between these two vacuums. Astronauts to descend the moon needs to consume energy and they need the energy to lift but the larger the planet is, the more they consume energy. In most planets, if someone is going to walk, they have to consume energy. If you throw an apple at a distance of one meter from each planet (except the earth), either it does not fall or its velocity is low or high depending on its density.

How is the air‘s reaction in a vacuum?

I ... If you throw a blustery basketball ball in a void vacuum, it will get low air, but will not be without air. The vacuum compresses the air and this compresses the air around the earth. The height of the ozone layer to the sea level has a direct relationship with the gravity of the black vacuum of the earth and void vacuum.

Sound: Mr. Kouravand, please describe the rings of the M and N axes.

ME: Yes, surely there are rings between the Jupiter and Mars from metal and stone around the sun and removed the first from planets from the other 5 planets.

The sun's repulsion on the Mercury is greater than all planets and on Plato is fewer.

The amount of repulsion between the planets is equal to each distance to the sun + the black vacuum in them, the earth has one moon, Mars 2 moons, the Jupiter 66, Saturn 62, Uranus 21, Neptune 79, and Pluto 5 moons.

The role of the moon and its number on each planet to stay it is vital in the direction of the orbit of the sun. The ring between the Jupiter and the moon is called the M axis and the ring after Pluto called the N axis, and these rings are the same as those around Saturn and Uranus.

The useful range of the sun is up to the ring M, namely, between Jupiter and Mars but the distance of Mars to the sun is 228 mk (million kilometers), and the distance from Mars to the Jupiter is 330 mk.

The amount of repulsion of a planet or star is the same as the power of a man’s hand that can throw a rock, for example, up to 61 m, but then stone falls.

In space, the amount of sun's repulsive force between the Jupiter and Mars is a useful range and after Pluto has its own ultimate end, producing M and N axes.

The big role of Jupiter's black vacuum is critical to Saturn, Uranus, and Neptune.

Because it is so big that it can compensate for the distances of the sun and cause to create Saturn-Uranus rings and, of course, increasing the Uranus and Saturn’s rotation orbit also plays an important role. But it cannot have the same effect as the repulsive force of the sun sets on the first five planets on its next four planets to get all the rings of Saturn and Uranus to the N axis.

The M and N rings themselves have a black vacuum because they are affected by the repulsive force of the Sun and Pluto also has moons to rotate in this path around the sun.

ME: Please let me go back to my previous discussion.

The shape of the Mercury and Pluto orbit is different from the rest of the planets. The first one affected by the massive force of the sun is thrown at orbit 7° and the other is thrown out from the side of all planets + the sun and thrown at 17°. When on both sides a planet is pressurized, and even on one side: that planet is thrown up due to this repulsion force. And so Mercury's velocity and type of orbit are different from the rest. Also, the Pluto’s velocity and orbit also vary with the rest. The time for each planet to rotate around the sun is the same but the amount of distance traveled and the velocity of each one varies and depends on the planet's place in the solar system.

Pluto is smaller than the Mercury but is affected by the massive repulsive force of the sun to Neptune and so the repulsion force pulls it up to orbit 17̊. The closer to the sun, the faster the planets will rotate because they are affected by the more repulsive force in the direction of the sun and other planets.

Sound: Is there any possible earthquake on any planet or star?

ME: Yes, there is because in each of them there is a black vacuum and inside each of them there are molten materials + gases in their core. Then the possible earthquakes are on all planets and stars, but only on volcanoes and on the sun it works.

The further we are far away from the sun, the more the velocity in the orbital direction of the planets around of the sun due to two reasons, the first, the repulsion becomes less and the second, the gravity in the void vacuum does increase. The distance between the Jupiter and the mars is 330 mk and Mars to the sun 228 mk. The mass of Jupiter individually is 2.5 times against all planets in the solar system.

So the black vacuum inside the Jupiter is much higher than the rest of the planets. On the other hand, the amount of the sun’s the repulsive force on the Jupiter is high enough for the Jupiter to be in orbit and move around the sun.

The amount of sun's repulsion on Mars is also high, unlike the Jupiter's repulsion on it and Mars has two moons to help it stay in the orbit and move.

This is the repulsive force of the Jupiter and the sun that will move Mars, but the repulsive force of the rest of planets is inseparable and requires two constant moons to be fixed in the orbit, one moon is low and 3 moons are high. If Mars was bigger than the earth, its repulsive force would have had a negative effect on the earth and deprives the earth of having the moon, and how the earth without a moon would be scarce.

So the number of moons in each planet is exactly what it should be, and the further the distance between them and the sun, and the variable the vacuum within them, it is necessary for them to have the moon.

The number of moons depends on the distance of the planet to the sun and the volume of the planet and its black vacuum.

Sound: Mr. Kouravand, what is the exact performance of this black vacuum?

ME: (1) By creating gravitational force relative to the void vacuum, it causes the planet to circulate around itself.

(2) By creating a repulsive force relative to the planets and stars it causes to move around the sun.

(3) It makes the repulsive forces between the moon and the planets to move in a better direction.

(4) It creates a gravity force to absorb everything that sits on the planets.

(5) It makes the pressure to squeeze the earth’s core.

6) It holds the air on the earth’s surface.

(7) It is a cause and origin of the Bermuda triangle, the earthquake, and volcanos.

(8) It is the absorber of the moon and sun light.

ME: Dear Audience: the human being who is malicious inside absorbs badness and a person who is positively oriented inside absorbs the goodness. Whatever you want, you are given, not what you say. The black vacuum wants the void vacuum and can absorb it.

For example, if we put a small stone in the water, it creates several circles and loops to the regular number and intervals and these rings are created by the force of repulsion with crashing the stone with water not the stone’s gravitational force. Gravity cannot create a ring, but it destroys a ring.

Sound: What happens if there is gravity between planets themselves and between them and the sun?

ME: If the sun had a gravitational force and could rise up from its surface, it would never have formed an orbit and all were absorbed into the sun. Because void prevents them from entering the sun. Moving planets in orbit are for the sake of repulsive force, not gravity. Gravity destroys everything in the sun. The gravity of the sun is so huge that causes the sun to rotate around itself. Now how it does not absorb Mercury. If there is gravity, then what force rotates Mercury and what forces prevent it from approaching to the sun? The falling is compulsory and climbing is discretional, gravity is algebra and repulsion is discretional.

Only it is the repulsive force that makes the planets remain in orbit with helping the moons and the gravity of the black vacuum with a void vacuum.

Dear audience, I want to give another comment on the two axes of M and N, please explain more:

There is a ring between the Jupiter and the Mars from the metal and rock and the N axis that follows Pluto is full of ice, water, something like that.

If an explosion occurs, larger pieces of stone will be placed near the explosion and the smaller stones are in further distances away from the explosion, the lighter objects are repelled than heavier ones.

When you throw stones in the water, the closer rings are larger.

But what is the genus of the rings and what is the cause of their existence?

We said that the Mercury path on the planet's plates is in the orbit 7̊ and Pluto in orbit 17̊. The intensity of the sun's repulsion and the rest planets lead Mercury and Pluto to lift up. On the other side, the black vacuum of Mercury has a gravitational relationship with the void vacuum and the two rebellious forces of the previous planets and the sun are driving Mercury on its own orbital path. Pluto also rotates in the orbit.

The extent of the sun's repulsion is so large that it forms the N axis. So it can affect Pluto.

But we know that Neptune and Uranus are something like ice, and the N-axis ring is also something like ice, it is full of dust, so does the repulsion of sun and planets are more effective than the sunlight?

Sound: Mr. Kouravand, why does the Venus turn in reverse direction to other planets’ rotation?

ME: I already said that if this is true, this is the opposite direction of the Venus planet. If it rotates on the right side when it is inverted, it turns in the left direction.

And the reason is the intense sun's repulsion than Venus. The black vacuum of Mercury and Pluto is smaller than all planets. So it absorbs the sun’s less repulsive force which means that the black vacuum is lower than the gravity of the planet with the void vacuum, so the repulsive force of the planets plus the sun will rise up Mercury and