nomaderol: i dont know who to believe anymore. people really went to the moon, mars, etc? No human has gone to Mars yet. Japans lunar photos confirm the U.S's moon expedition.
nomaderol: if they didnt, then, it means church too believed in their lies of scientists who might have also blown evolution theories. Going to the moon has nothing to do with evolution to my knowledge.
nomaderol: i read before that someones carrying steel to the moon to construct a hotel or a big building. my guess is that some wealthy people and top scientists are trying to escape away from the earth cause they probably see no future on earth. likely, they also knew economy crisis in advance that may lead to the world war. I can think of a few people I would like to send to the moon. There is not much on the moon, I will stick it out down here.
nomaderol: there is no oxygen in the sun and almost no where in the space to the present knowledge. . Oxygen is the third most abundant element in the universe by mass after hydrogen and helium Wiki
nomaderol: it seems that there is contradiction between theories of formation of the earth and formation of the life on earth which is dependent on the oxygen. You make the assumption that life needs oxygen and/or water but it fact before the oxygen was released from the earth's crust, there was life on earth (Obligate anaerobe) which died out because of the oxygen. Read "A Short History of Nearly Everything" it is a good read and will help a general understanding of.... well.... everything :)
. The universe started out with the lightest elements -- namely, hydrogen and helium. These gases became the ingredients for heavier elements such as carbon and oxygen, and even gold and uranium.
The change occurred through a phenomenon known as nuclear fusion. This is a process wherein two or more lighter atomic nuclei join together to form a heavier nucleus -- thus, a new element.
However, fusion cannot occur unless the temperature is very, very high (millions of degrees Celsius, in fact), so fusion is only possible in the cores of the stars. Stars, which are composed mainly of hydrogen and helium, serve as the "cooking pot" for heavier elements.
Generally, heavier stars can form heavier elements. Elements no heavier than iron can be formed via fusion in the cores of stars.
For heavier elements (such as gold and uranium) to form, a more violent phenomenon has to occur. This is the supernova, which is the explosive death of an extremely heavy, short-lived star.
|