A main sequence star burns hydrogen to helium. Once a main sequence star exhausts all of the hydrogen, it begins to expand and burn helium causing if to become a red giant.
Good question. Since the Sun is our primary power source, it is the first step in analyzing where the energy from something comes from. Let's look at a nice T-bone steak for example. So on a bright, sunny day, the Sun is shining down on some grass. The grass grows enough and then the cattle farmer lets his heard out to graze. So the cow takes in the grass which was already taking in energy from the Sun. The cow will continue to do this, gathering food from the grass and therefore, energy from the Sun. The next step is a consumer buying the meat at a grocery store. When you cook and eat the steak, you will be consuming food in the form of that cow, which got its energy form the grass, which in turn got its energy from the Sun. Thus, the Sun is our source of energy for everything in our world. Everything can thus be traced back to the Sun as its primary supplier of energy.
it is called waxing. when the lighted part of moon starts growing bigger till it becomes from a new moon to a full moon it is called waxing.
Giant Stars are a type of star on the Hertzsprung Russel Diagram called AGB or Asymptotic Giant branch stars. They are stars between about 1 or less to 8 times the mass of the sun that are nearing the end of their life. They can expand up to hundreds of times their original size. Depending on their luminosity, they are marked by a roman numeral 2 or 3 (II or III) in their spectral types. They range in color from red to blue. Our sun will be a red giant when it grows up in 5 billion years.
Most stars use hydrogen as their fuel, fusing the hydrogen nuclei into helium and radiating the energy that this releases. The helium acts as a sort of "nuclear ashes" in the solar fireplace. When a star grows old, the amount of helium "ash" in the core of the star begins to interfere with the hydrogen fusion, and the star begins to collapse. The collapsing star generates heat through the increasing pressure and density of the core, and at some point, the helium in the core gets so hot and so dense that the helium itself begins to fuse into carbon and oxygen. At that point, the star expands into a red giant. Very much like the Sun itself will, in about 4 billion years.
A star, the size of our sun, does not explode into a supernova. Instead, toward the end of its life, it grows over 1000 times its size into what is called a Red Giant. After that it implodes and looses mass at a quick rate reaching the white dwarf stage. After that it is a black dwarf and looses all its energy and mass.
Plants, from algae to Giant Redwoods, get their energy from the Sun.
It will goes super in heat which mostly going to become supernova and it grows hotter by seconds then it becomes a black hole with extreme heat energy.
No Food under normal circumstances is a renewable source of energy. Food is the result of plants getting energy from the sun and converting this energy into storage. the plants can the be eaten and the energy used. The plant however puts out seed and grows again renewing itself as a source of energy.
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giant lilly pads
The Giant Sequoia Tree grows to 83 meters.
A candle.
Giant pandas actually do not hibernate like other bears. Their primary food source, bamboo, grows all year-round, so they do not need to hibernate.
The sun. It grows the grass the animals eat. The grass transfers some of its energy to the animal. Then, when we eat the animal, it transfers energy to us. Even then the sun is not the source of ALL energy. Volcanoes and tectonic forces on Earth are driven by heat derived from the radioactive decay of Uranium and Thorium in the Earth's inner layers.
It should grow on the top of the Giant tree. When you get it,you put it in the waterfall,and it grows into a giant duck!
A baby
DragonBall episode 13. Goku becomes a great ape and puar transforms into a giant pair of scissors and cuts his tail off. i believe he grows it back later, but im not sure.