Probably, and depending on its size. Even though Neptune's atmosphere is quite cold, anything hitting it at orbital velocity should cause it to heat up to incandescence, and it could easily burn up. We don't know if Neptune even HAS a "surface", so it's possible that remnants of the meteor could sink into whatever it is that Neptune has in there.
Neptune is so far away that no Earth-based telescope could hope to see a Neptunian meteor, but there is no reason to think it wouldn't happen.
When they burn up in the atmosphere.
it really doesn't madder
The Earth's atmosphere is warm and as the meteor goes through it, it heats up and starts to burn, which is how we see them.
Meteor.
No, a meteoroid is the solid interplanetary debris before entering Earth's atmosphere. When it enters the atmosphere and heats up, creating a bright streak of light, it is called a meteor. If any part of it survives and reaches the Earth's surface, it is then called a meteorite.
When a meteor enters the earth's atmosphere, friction with the air generates enormous amounts of heat, which causes the meteor to at least partially burn up.
Meteors start to glow in the Mesosphere, and usually burn out in the upper Stratosphere. Put another way, when you first see a meteor, it is about 80 miles up, and when it "goes out" it is about 40 miles up.
A meteor is a lump of rock in space. When one of these pieces of rock comes close to the earth it may burn up in the atmosphere as a shooting star. An earth grazing meteor is a meteor that has come close enough to our atmosphere that it starts to burn up, but will still pass us by as the angle is too shallow. It will go back out into space having been deflected by earths gravity.
A meteoroid is a small metallic or rocky body. If it passes through the atmosphere causing it to burn up is called a meteor or shooting star. Any remnants that reach the earth are called meteorites.
Because as it moves through the atmosphere the air friction is so incredible that it causes the meteor to heat up enough to 'burn' and glow. Its the same principle as when metal is heated in a furnace.
Those are most likely meteors, which are space debris that enter Earth's atmosphere at high speeds. The friction from the atmosphere heats up the meteor, causing it to glow brightly and eventually burn up, creating a streak of light known as a meteor or shooting star.
Meteors generally burn up in the Mesosphere, but depending on the velocity and size of the meteor, they can burn up at almost any level of the atmosphere. We can see meteors because they emit light when they enter the atmosphere as the heated air around them glows from the heat. The reason they get hot and the meteor generally burns up is that when the extremely fast meteor hits the atmosphere, it compresses the air it hits and thus causes the temperature of the air to rise until the air glows from the heat. Also, the incredible friction as the meteor rubs against the atmosphere contributes to its glow and its burning up.