Iran Contra

My planets name will be, Planet Hogan, named subsequently the greatest wrestler of all time. It will be fit(p) in a galaxy, far, far away. It will be a workaday planet, this decision was reached on the possibility of unrivaled mean solar day supporting life on the planet. The following atomic number 18 virtually calculations that will describe the planet in a slender much detail: Ø          starring(p) Mass - - 1.2 Ø          star(p) Luminosity- - 1.2^(3.5)= 1.893 1.893*(4.5*10^26) Ø         Stellar Constant- - 1.893*(4.5*10^26) = 239.994 4P(1.5*10^11)^2 Ø         Stellar life story - - 1.2/8.5185 = 1.4 billion years Ø          mediocre blank - - 1.25 AU Ø         Average Temperature- - 1400(1-.34) = 225 degrees Kelvin 4(5.67*10^-8)(1.25^2) The reason wherefore I hold to make a planet with these specifications is because I want to prove if life drop be suppor t on a planet that is a bitty farther away from its solarise than the Earth, but with a star that commits proscribed a little more luminosity than the Sun. Some scenarios that I would like to make would be an atmosp here exchangeablely composed to the one here on Earth, a composition that would allow for more materials to save formed on the planet, and the capturing of a moon or mayhap 2.

I think Ill run into roughly difficulties with the atmosphere creation, only in that I would like it to be similar to Earths in some ways, and be distinguished in its own way. A gallus of questions I would like to pos e are: 1.         Why cant I ge! t my stellar constant to image decent? 2.         I realize that the avg. temperature is overthrow than Earths, what scenarios could I progress to internally heat the planet (core scenarios)? 3.         What if I put into conception a second sun, with a luminosity middling lower than the suns? If you want to get a full essay, launch it on our website: OrderCustomPaper.com

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