Kepler-452b Chemistry Essay

Jupiter is the largest planet in the solar system. Fittingly, it was named after the king of the gods in Roman mythology. The distance from the Sun to Jupiter is approximately 779 million km, or 484 million miles. The exact number is 778,547,200 km. The most obvious features on Jupiter are the alternating bands of white and colored clouds, zones and belts. Analysis of data at many wavelengths shows that the white regions have higher thicker, clouds than the redder regions.

This is a simple equation that doesn’t properly prove the reaction. It is very complex and starts with this:

The atmosphere on Mars is toxic. There is no air because the atmosphere is not like earth's. Cosmic radiation is a “ dangerous form of energy,” that could damage the brain and could result in even death. It will not be safe to be out in the atmosphere. There is also no ozone layer on Mars, so the colonists could be exposed to radiation. The atmosphere on Mars will not be a safe environment to live.

The new planet is known as HD 219134b and it followed NASA's discovery of the planet Kepler-452b, discovered by the Kepler telescope. The Kepler-452b apparently resembles Earth much more than the HD 219134b exoplanet. It maintains a 385 orbit and its host star is only 20 percent brighter than the Earth's sun. However, HD 219134b is much closer to Earth than the Kepler-452b, and for that reason, scientists have high expectations from it.

The Kepler spacecraft is a large telescope with .95 meter diameter and a 105 degree view. The telescope's mission is to find earth-like planets that may have an atmosphere and have water. Kepler tries to find planets in habitable zones that are one half-two times

Kpler 438b and Kepler 442b are two very promising candidate of habitable planets as they both are very Earth-like:

Kepler 452b is little more than one and a half times bigger than our planet and orbit the Sun-like star. The plant takes 385 days to complete its orbit slightly longer than ours but still putting it in what scientist call the “Goldilocks” habitable zone meaning theoretically Kepler 452b has the possibility of sustaining life. For example, scientists are saying that Kepler 452b could have lukewarm temperatures

Furthermore, The Size, Mass, and Orbit are the most interesting things about these planets. Now the first planet is Mercury. The planet Mercury has a mean radius of 2440 km and a mass of 3.3022×1023 kg, which means Mercury is the smallest planet in our Solar System and its equivalent in size to 0.38 Earths. Mercury also has the most eccentric orbit of any planet in the Solar System. Its distance from the Sun ranges from 46 to 70 million km, and takes 87.969 Earth days to complete a full orbit. The average orbital speed of Mercury is 47.362 km/s; it also takes 58.646 days to complete a single rotation. When its Combined with the eccentric orbit, it takes 176 Earth days for the sun to rise and set on Mercury. The second planet is Venus who has been referred to as Earth’s “sister planet”.

Planet surface conditions: Mercury’s surface is similar to our moons. Its surface is littered with deep craters. 3.8 billion years ago was overwhelmed by a huge amount of craters and was believed that the surface was volcanically active.

From my view on the Astronomy Tower, I can see the planet Mercury using the brass telescope. The time that I was viewing the Mercury was UTC 9:00 pm. It was a full moon. The weather was clear with little clouds in sight. The top of the tower is relatively cold as it is near Autumn.

Smoking in homes where oxygen is used is not allowed. Candles, matches, wood stoves and even sparkling toys should not be used, as they may be sources of ignition. Oxygen cylinders should be kept at least five feet from a source of heat, open flames, or electrical devices. Because body oil, hand lotion and items containing oil and grease can light easily, they should be kept away where the oxygen is in use. Nor should aerosols contain combustible materials near oxygen3

Dehydration and moderate fever are the casual enormities a person faces throughout his/her life. Similarly, in my teenage years, I also overcame such a condition and carelessly disregarded it as another week of some light nausea and fever. However, the stomach sickness and continuant abdominal cramps left me thinking upon other possibilities. But my undying habit or love for unhealthy and processed foods made me overlook my stomach pains. I rather intentionally disregarded the fact in face of fear and remained content with several pain killers.

Kepler’s main goal is to fi nd small, rocky planets that orbit a sun’s

To answer the question “What is the chemical difference between a star and a planet?” A big difference between stars and planets is mass and size. Stars are massive balls of gas with pressure inside them that causes a nuclear reaction, which makes them bright and hot. A object would have to have 80 times the mass of Jupiter to have the nuclear reaction in its core. Making planet's not big enough to be a star. Although there is a huge difference in size and mass, many stars and planets are similar. Many planets are rocky and metallic like Earth and Mars, but some planets are mostly made up of gas, like a star. Both gas planets and stars are largely made up of hydrogen and helium.

However, scientists now believe that this number is likely too low. The telescopes they were using can find bigger planets that are farther away from their stars. These are planets like Jupiter and Saturn. However, they could not find smaller planets that are close to their stars. These are planets like Mercury and Earth. Scientists needed another way to find smaller planets. They turned to NASA's Kepler telescope. Kepler was introduced in 2009. This telescope can detect planets as small as Earth—or even smaller.