A planet in our solar system is like the earth it is stable to live on but anything can happen while you are on it but and a dwarf planet it is not for everyday life so humans can not live on a dwarf planet like they could on one in the solar system
X: has moons and rings, the second most massive object in our solar system. (Saturn)
Y: not considered a gas giant, Unable to clear small-sized objects from its orbital path. (Pluto)
Explanation:
There are 8 planets in the solar system. Four are terrestrial planets and four Jovian planets. Jovian planets are gas giants, have rings and many moons. Terrestrial planets are small and have less number of moons. The second most massive object is the gas giant planet Saturn. It has rings and many moons.
Dwarf planets are not considered as a gas giant. There are other similar sized objects in their orbital path. One of the dwarf planet is Pluto. It lies beyond the orbit of Neptune in Kuiper Belt.
The rate of energy coming from the Sun changes slightly day to day. .It has been suggested that changes in solar output might affect our climate—both directly, by changing the rate of solar heating of the Earth and atmosphere, and indirectly, by changing cloud forming processes.
The axial tilt angle affects climate largely by determining which parts of the earth get more sunlight during different stages of the year Likewise, during winter for the northern hemisphere, there would be fewer hours of daylight because the northern hemisphere would essentially be pointed away from the sun.
If an asteroid were to strike land or a shallow body of water, it would eject an enormous amount of dust, ash, and other material into the atmosphere, blocking the radiation from the Sun. This would cause the global temperature to decrease drastically.
The Sun's irradiance has its greatest effect on Earth's upper atmosphere, while the lower atmosphere insulates Earth from the increased heat. If the Sun were driving Earth's warming, one would expect to see that upper atmosphere getting increasingly hot.\
This would be false as it is just nerves inside of the body impulsing between each other and that would not be necessary to adapt to a new environment.
The first step of respiration reactions is glycolysis. When glucose is broken down in glycolysis, the first molecule that is produced is pyruvate. If pyruvate continue to aerobic respiration, it must enter the matrix of mitochondria and be oxidised to Acetly Co-A.
Because the enzyme has changed its shape it has become unreversably denatured the active site does not match the substrate thefore their will be no reaction
