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Nebulas do not absorb light in the same way that solid objects do. Instead, they scatter and reflect light from nearby stars and emit their own light through ionized gases and dust particles. This creates the beautiful and colorful appearance we see in images of nebulas.
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How many types of nebulas are there that are known?
There are primarily five types of nebulas: planetary nebulas, reflection nebulas, emission nebulas, dark nebulas, and supernova remnants. Each type of nebula has distinct characteristics and origins.
Are nebulas bigger than earth?
Yes, nebulas are significantly larger than Earth. Nebulas are enormous clouds of dust and gas in space, spanning many light-years across, while Earth's diameter is just over 12,000 kilometers.
What objects can be seen from earth because they produce their own light?
Cities can be seen from space.
Are nebulas bigger than planets?
Yes, nebulas are typically much larger in size than planets. Nebulas are massive clouds of gas and dust in space, while planets are solid celestial objects that orbit stars. Nebulas can span hundreds of light-years in size, while planets are generally much smaller in comparison.
Are all-stars formed by nebulas?
No, all-stars are not formed by nebulas. All-stars are formed from clouds of gas and dust called molecular clouds, which collapse under their own gravity to form a star. Nebulas are massive clouds of dust and gas in space, where stars are born.
Why are some nebula's hard to see?
"although some nebulas glow or reflect starlight, others absorb light and so are too dark to see."
What are the glowing clouds in space?
The glowing clouds that you see in pictures from space are called emission nebulas. A emission nebula is a cloud of hot, glowing cloud of gas and dust in space. These nebulas absorb the light of nearby stars and reach very high temperatures. The high temperature causes them to glow. Emission nebulas are often found in regions of space where new stars are forming.
Do nebulas glow?
No, they reflect the light from surrounding stars.
What are the dark clouds in space?
The dark clouds in space are called absorption nebulas or dark nebulas. An absorption nebula is a cloud of gas and dust which blocks light from the regions of space behind it. As light from space reaches an absorption nebula it is absorbed by it and does not pass through. Absorption nebulas do not create their own light. It is hard to find an absorption nebula unless it is silhouetted against much brighter region of space.
When did Nebulas Ray happen?
Nebulas Ray happened in 1994.
When was Nebulas Ray created?
Nebulas Ray was created in 1994.
How does light absorb things?
Light does not absorb things. Light can be absorbed by things.
What objects can be seen from earth because they produce their own light?
Cities can be seen from space.
What do nebulas have to do with stars?
Nebulas are clouds of gas and dust in outer space, and they are where stars are born. The gas and dust in a nebula can collapse under gravity to form new stars. Additionally, nebulas are often illuminated by nearby stars, making them appear as colorful and glowing formations in the night sky.
Red and blue will absorb the same light?
Red and blue light will not absorb the same light. Red objects reflect red light and absorb other colors, while blue objects reflect blue light and absorb other colors.
Is there a chemical that can absorb light and then in the absence of light discharge that light?
There is no chemical that will absorb light and ONLY discharge it in the absense of light, however there are chemicals that will absorb light, store it as heat, and discharge it as light slowly, so that if light is removed it will continue to glow.
How does a plant absorb light and water?
Plants absorb light through specialized pigments called chlorophyll present in their leaves. The process of photosynthesis uses this light energy to convert carbon dioxide and water into glucose, releasing oxygen as a byproduct. Water is absorbed by the roots of the plant through tiny root hairs and transported upwards to the leaves through the plant's vascular system.
