Solar System Grade 4 solar system grade 4 science Grade Solar 4 System

Solar System Grade 4 solar system grade 4 science Grade Solar 4 System

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It is important to know at any age!

During the ancient days, humans were not very informative, having little or zero knowledge about their surrounding occurrences, including the moon influence into human's lives. They thought that the lunar force originating from the moon is strong but in fact it is just a minor tidal pull. Scientific studies have proven that a child in the mother's embrace will exert twelve million times as much of tidal force compared to the moon. However the old conventional mentality has not been completely wiped off as some people still hold onto the belief that the moon's lunatic haul is capable of causing earthquakes, which is rather absurd from the view of the science facts. As a matter of fact, none of the objects - the Sun or moon has the capability of pushing powerful forces onto the Earth.



and here is another

Triton is unique among our Solar System's moons of planetary mass. This is because its orbit is retrograde to Neptune's rotation and inclined relative to Neptune's equator. This suggests that Triton was not born in orbit around Neptune, but was instead snared by the giant planet.



and finally

The Kuiper Belt is populated by mostly small, frigid objects, which are relics of our Solar System's formation 4.56 billion years ago. Most KBOs are primarily composed of frozen volatiles, such as water, methane, and ammonia. The Kuiper Belt is also the home of two other officially designated dwarf planets (in addition to Pluto): Haumea and Makemake. A few of our Solar System's moons, such as Saturn's Phoebe and Neptune's Triton, are also commonly thought to have been born in this distant and mysterious region.

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With the discoveries of 132 confirmed extrasolar planets and more than three thousand planet candidates, the Kepler mission revolutionized scientific understanding of planets residing beyond our own Star. Much of the attention surrounding these discoveries has focused on identifying an Earth-analog--a planet about the size of our own world dwelling within the precious Goldilocks zone around its distant star. Now, for the first time, Dr. David M. Kipping of the Harvard-Smithsonian Center for Astrophysics (CfA) in Cambridge, Massachusetts, and his team, have started to hunt for a habitable moon around Kepler-22b!



However, the fact of the matter is that moon will always remain the best option for mankind. The reason for this stems from the fact that the moon can always act as a stepping stone to the rest of the solar system and beyond. This is only natural, as the moon is in a very close proximity to Earth. Only by taking a 3 day trip, it is possible to reach the Moon with standard chemical propulsion techniques. However, in retrospect, going to Mars would require almost 100 times the amount of trip time of moon, since Mars is about 1000 times further then the moon. The amount of life support that is required for a mission that will take 2 years or more is definitely very costly and more importantly, the technological capability is not there. Thus, with our present global financial and technical capability, the moon is the only realistic option.



If this ancient catastrophic impact really did occur, there should be deposits of these tragic moons on the Martian surface. The Japanese Aerospace Exploration Agency (JAXA) is currently planning a sample return mission to Phobos and Deimos, the Martian Moons Explorer, and NASA has plans to eventually return samples to Earth from the surface of Mars-- perhaps as soon as the 2020s. At the conclusion of their paper, the authors note, "Our scenario provides further motivation for a sample return mission to the Martian satellites."