LITMIR.BIZ

      Venus

      Acceleration of free fall at the equator (gravity) is 0.9 terrestrial. The period of revolution around its own axis is 225 terrestrial days. The radius is 6052 km. The atmosphere consists almost entirely of carbon dioxide, clouds of sulfuric acid vapor are floating in the atmosphere. Atmospheric pressure is 92 terrestrial. In practice, a gas whose density is equal to 7% of the density of water is already some kind of liquid.

      The temperature on the lower surface of such a gaseous ocean is 460 degrees Celsius. The atmosphere of Venus is involved in continuous circular motion. A complete revolution around the planet of a mass of carbon dioxide, at an altitude of 10—50 km. having a speed of about 100 ms. (at the surface – 1 ms) are performed in four days.

      In the distant past, perhaps, Venus was quite suitable for inhabiting the known protein forms of life, the heavenly body. The maximum temperature on the surface reached barely 80 degrees Celsius, the atmosphere is rather sparse and transparent. However, a planetary catastrophe – a collision with a large asteroid or comet, perhaps the loss of a huge satellite – become a single planet, Mercury (there is such a version), all this changes. The morning star in one far from perfect moment changes the direction of movement around its axis, enveloped in a dense, corrosive atmosphere. Life, if it has ever been there, ceases.

      Everything can be and not so bad. The photographic cameras of the Soviet probe «Venus», which produce images for one and a half hours (while the station was still «living») showed an interesting anomaly. Stones of a characteristic elongated shape, a few minutes after the loud landing of the apparatus, revealed themselves, as if bold oysters of the earth.

      Whether this is so, or the appearance of cracks in the stones – a play of light and imagination, will clarify only further instrumental research.

      Poetry:

      (Nikolay Gumilev)

      Venus, view of the Earth’s telescope

      Venus, the surface according to the infrared spectrometer of the European probe «Galileo».

      The surface of Venus (probes «Venus-9» and «Venus-10.»)

      The reconstructed image of the surface of Venus

      Planet Earth

      The photographs of the night terrestrial surface from near-earth orbit are presented.

      Moon

      …I suggest you just enjoy these pictures…

      …In 1971, the astronauts of the mission «Apollo-14» drop to the moon the take-off stage of the lunar module. The previously installed seismographs record surface oscillations unusually long – about an hour and a half. These data allow the enthusiasts of the search for extraterrestrial intelligence to claim that the Moon is hollow… it has a shell made of titanium and, in fact, is a huge space station disguised as a natural celestial body… One of the confirmations of this version is the ideal circular orbit of the Moon. Almost all the satellites of all celestial bodies have an elliptical orbit, with the corresponding aphelion (the greatest distance from the «master») and the antagonistic perigee. The moon describes an ideal circle around the Earth. The first option – Selena created by the collision of the Earth and an object the size of Mars. This event is so unlikely that the version of the artificial origin of the moon against its background looks quite plausible.... It should be noted that some gravitational sphere of the attraction of the celestial body is a real, but not completely understandable, and even a paradoxical thing. Both the Earth and the Sun act simultaneously on the Moon. These forces are comparable. It is logical that the Sun should have stretched the orbit of Selena circling around the Earth at least somehow to itself. However, everything looks as if the Moon does not feel the heterogeneity of the Sun's gravity at all, "submitting" solely to its "mistress" – the Earth. The same applies to all other moons and planets.Strictly speaking, there is no general solution to the "three-body problem", that is, moving and simultaneously mutually attracting to each other celestial objects. This position, after many experienced astronomers creative torment, in the late nineteenth century proved the French mathematician Henri Poincare

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