A space object formed from dust and rock particles mixed with frozen water, methane, and ammonia that forms a bright coma as it approaches the sun is a comet.
physical change because chemical changes usually cant be seen
The absorption of red light by the atmospheric methane is what gives neptune its blue hue, although neptunes vivid azure blue differs from Uranus' milder aquamarine
The bright line spectrum is useful because it shows us the different particles in the elements.
On the inside of Neptune it is believed that clouds with ammonia and hydrogen would be seen if you visited the inside of Neptune.On the inside of Neptune it is believed that clouds with ammonia and hydrogen would be seen if you visited the inside of Neptune.
They are made of small, sooty particles and radiation darkening with loss of volatile bright ices.
The methane gas makes it blue.
Bright particles of smoke seen moving against a dark background.
According to this theory, light travels as a stream of particles that originate from a bright source and are absorbed by the eye.
physical change because chemical changes usually cant be seen
Yes. Well, actually, it isn't entirely made of hydrogen and helium. It's also made of carbon-based substances and methane gas. The hydrogen burning into helium is what makes the star bright. This is also known as luminosity. Which is how bright something is.
The absorption of red light by the atmospheric methane is what gives neptune its blue hue, although neptunes vivid azure blue differs from Uranus' milder aquamarine
It is called a comet. The tail is formed out of gases and particles as it melts on its path round the Sun.
The bright line spectrum is useful because it shows us the different particles in the elements.
It is called a comet. The tail is formed out of gases and particles as it melts on its path round the Sun.
when dust particles come in contect of plano convex lence.
The atmosphere of Neptune is similar to all the large planets in the Solar System; it mostly consists of hydrogen and helium, with trace amounts of methane, water, ammonia and other ices. But unlike the other gas planets in the Solar System, Neptune's atmosphere has a larger proportion of the ices. It's the methane in the plant's upper atmosphere that gives it its bright blue color. At the highest altitudes, where the Neptune's atmosphere touches space, it consists of about 80% hydrogen and 19% helium. There's also a trace amount of methane. The light we see from Neptune is actually the reflected light from the Sun. (Although the entire spectrum of light hits Neptune.) This trace amount of methane absorbs light from the red end of the spectrum, while allowing the blue light to bounce back out. The color of Neptune's atmosphere is brighter than Uranus, which has a similar atmosphere; astronomers aren't sure why there's such a dramatic color difference.
On the inside of Neptune it is believed that clouds with ammonia and hydrogen would be seen if you visited the inside of Neptune.On the inside of Neptune it is believed that clouds with ammonia and hydrogen would be seen if you visited the inside of Neptune.