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Planet Serpo, Part 7b

know how far we mentioned that the water points no fish on the planet Serpo. Some water bodies are located near the equator contained strange-looking creatures that resembled the eels on Earth and about 20 to 30 cm long were, and possibly a cousin of the terrestrial snake was. There was something like a jungle, near the Martian landscape, but not the jungle, with which we are familiar.

Regarding the weapons: there were lengthy discussions regarding the weapons. Finally, it was the EBE's do not care. Thus, our team members decided to take precaution, and not to fight, our team was of course in a complete minority, but for reasons security. One should keep in mind that the 12 members were from the military, so they gave the weapons a sense of security. A note: It took only about 50 magazines per handgun with ammunition and 100 magazines per rifle.

After the comments of Dr. Sagan on a project Serpo have read, there are 60 pages of calculations, I found a paragraph that said if you wanted to use the laws of Kepler, in relation to the planet Serpo, had insurers know the attraction of gravity acting on the planet Serpo of the two suns. Serpo contained no giant planets such as Jupiter or Saturn Planet with us the attraction influence on the Earth. The attraction of the planet Serpo was everything else that Dr. Sagan knew far different.

The large number of figures and calculations support this hypothesis. I'll post it here later. Keep your distribution on the date

In response to the intense debate that you can follow in the comments, I would like to join this clarification of a prominent physicist in the list:

The original theory of the inverse square function of the Newtonian gravitational . For a simple system are the laws of Keppler a by-product of something, watch what you as a solution for planet could (for the simple case of a single planet that moves around a massive sun). For a complex situation (as if such planets interact with two suns, several planets, or whatever), so you have to go back to Newton's laws and solve a problem consisting of several sub-sections, which must take on a computer. In the case of the laws of Keppler only an approximation is possible, since they cover only the simplest case.