When the hydrogen atoms fuse together, it makes a heavier new material called helium. In the process of creating a star hydrogen atoms fuse to make helium atoms, the helium atoms then fuse together to make carbon. This process continues until the star becomes layered like an onion. The closer to the core of the star, the heavier the elements are, elements such as neon, oxygen, and iron. Since iron doesn’t produce energy when it fuses, the fire in the star begins to go out.
Although Venus has a central core, rocky mantle, and solid crust composition similar to earth, the environment within its atmosphere other than its composition is extravagantly different. Venus is 108.2 million kilometers away from the sun and the second closest planet to the sun. The atmosphere of Venus creates a greenhouse effect trapping all the heat in. This leads to Venus having an average surface temperature of 462 degrees Celsius. Crowning it the planet with the hottest surface temperature in our galaxy.
Hot jupiters are similar size to jupiter and are likely gaseous and very hot as they commonly orbit close to their host stars. They are easy to find due to their size and orbits as They block more light from their host stars that smaller and further away
The more heat, more ice melts. The more ice melts, the more solar radiation that is absorbed leading to more heat, leading to more ice melting. On a scale from 1-5, I rate my prediction a 5 based on my explanation. Higher albedo (lighter surface) reflects solar radiation. Lower albedo (darker surface) absorbs solar radiation.
The graph plateaus out 2 times in the graph. When the graph plateaus out this means that the ice is turning into liquid and the when the graph plateaued out again this meant that the liquid was changing to gas. When the solid was turning too liquid this gave the atoms energy but not much, when heat is gave to the atoms this makes the atoms vibrate. When the liquid was turning gas, the heat from the bunsen burner gave the atoms more energy which made the atoms go crazy vibrating even more. When heat interacts with the atoms, the heat increases the vibration of the atoms, the atoms in a solid have very little energy, the atoms in a liquid have some energy and the atoms in a gas have a lot of energy.
There are two different ways a Supernova can occur. The first way is when a white dwarf star, steals the matter from another star. The dwarf star obtains too much matter, and then it explodes. The second way, is when a star runs out of nuclear fuel, and the core of the star gets too heavy. The core of the star collapses because of the mass that is in the core, and it explodes.
The Giant Impactor Theory can show evidence of the low density of the moon because when Theia hit Earth it vaporized the top crust of Earth that is much less dense than the inner iron-core. It also can explain why the Moon and Earth share the same rare isotopic compounds of oxygen and titanium. It partially explains why the Moon lacks volatile substance from lunar baking because it had around the same years of exposure to the Sun as Earth did , but it had a much less protective atmosphere around it. The capture theory can explain why the Earth and Moon have different chemical compositions, but it lacks why they share certain isotopic substances. This theory also is very unknown on the lack of volatile substances because we don’t know if it had lunar baking while traveling through the solar system.
Facts: ● The Sombrero Galaxy may not be part of a formal galaxy group, but could be a member of a string of galaxies that extends away from the Virgo Cluster. ● As many as 2,000 globular clusters swarm around the core of the Sombrero Galaxy, and the number could be related to the size of the central bulge. ● The Sombrero has a central supermassive black hole at its heart. Observations of star motions near the black hole suggest it could have the mass of a billion Suns, perhaps the most massive of any black hole found so far at the heart of a galaxy. ● The Sombrero Galaxy is a favorite target for well-equipped amateur astronomers.
The planet is made up of a fluid mix of water, methane, ammonia ices that take up over 80 percent of its mass. Which is where it gets is nickname Ice Giant. Uranus is quite unique among the other planets in the solar system. Uranus is tilted so far that it basically orbits the Sun on its side. This unusual tilt could’ve potentially be caused by a collision with a planet-sized celestial object, or several small bodies, recently after it was formed.
It shows how heat travels from the inner core to the other layers of the Earth. When heat reaches the layers it changes their densities. When the density changed it made the particles rise to the top since it became less dense like the particles in the asthenosphere. Eventually they would become more dense since they were away from the heat source which would make the particles sink to the bottom and start the whole process start over again. After doing the Density Reading it showed us that when atoms or particles get heated they spread apart which make them less dense.
In a way similar to Earth, the lava planet was formed by gravity forcing broken comets together. Vega’s gravity pulled the planet 75 million miles away from it. A supernova happened right next to the planet, and gold landed in Feuer Leava. Over time, a strange thing occurred. The gold sank into the middle.