A meteor is caused by bits of dirt in space coming into our atmosphere and burning up. This happens all the time, but sometimes we pass through larger amounts of dust and dirt and we get an increase in the amount of meteors and we call it a meteor shower. Often it is because we are passing through the remains of a dust trail of a comet.
No, Jupiter did not pass through Orion's Belt in 1961. Jupiter's movement in the sky is independent of the position of Orion's Belt, as they are both parts of different constellations and have different orbits in the night sky.
Meteor showers are caused by tiny bits of dust or small objects burning up in the atmosphere. Usually they are not dangerous as the item is completely destroyed when it burns up. Sometimes larger objects pass through and some objects reach the surface of Earth. It would take something very large to do any real damage, so a standard meteor shower is not dangerous. They are something to go out and watch and enjoy.
Some meteor showers are caused by Earth passing through the remnants of an old comet or parts of the trail of debris left by comets. The Leonid meteor shower is caused by Earth passing through the trail of comet Temple-Tuttle.
It does not pass through the Arctic Ocean.
The meteor would pass through the tornado, without being affected in the least.
A meteor is caused by bits of dirt in space coming into our atmosphere and burning up. This happens all the time, but sometimes we pass through larger amounts of dust and dirt and we get an increase in the amount of meteors and we call it a meteor shower. Often it is because we are passing through the remains of a dust trail of a comet.
They appear when Earth passes through a dirty part of space, usually through the trail left by a comet. There are particular times of year as we orbit the Sun that we pass through these areas of space. The Perseid Meteor Shower occurs in August, for example. The Leonids occur in November. They usually have a peak night, but you will see meteors on other nights around the peak. Some meteor showers are better than others and factors like weather and what phase the Moon is at will influence how much you can see and how bright some of the meteors will appear to be. Check the link below for a list of meteor showers and when the happen.
Meteors are caused by bits of dust and dirt in space getting into our atmosphere and burning up. At certain times of the year we pass through dirtier parts, normally as we pass through the dust trail of a comet and then we see an increased amount of meteors. These are what we refer to as meteor showers.
The moons heat does pass through the mantle but it hardly makes heat. its is mostly cold day and night.
Nothing particularly dangerous, there would be an impressive display or meteors.In fact the earth does pass through the remnants of comets regularly. The Perseid and Leonid meteor showers appear every year are just such events.
Yes.
Yes, and quite often.
No. They are small items, like a rock or a stone or even smaller. They pass through space and if they enter our atmosphere, they burn up appearing as meteors. People often use the incorrect term "shooting star" for a meteor, but they are not the same thing as a star.
Most meteor showers are visible all around the world. Meteor showers occur when the Earth passes through the debris stream left behind from a comet; some comet trails are better mapped than others, and in some cases astronomers are able to predict with some accuracy exactly when the Earth will pass through the stream.Meteors are most commonly observed between midnight and dawn, when the "front" of the Earth passes through.
All the time, but the highest concentration of junk occures when we pass through the path of a comet. The big shows are called meteor showers and happen every year. Some of the better-known meteor showers and their approximate dates are: Lyrids, Apr. 21; Perseids, Aug. 12; Orionids, Oct. 20; Taurids, Nov. 4; Leonids, Nov. 16; Geminids, Dec. 13.
Any meteor shower can be observed from anywhere in the world. The best time to see meteors is between midnight and dawn. Our understanding of the precise location of the debris streams is not as accurate as people like to think, and the predictions are often off by several hours. Each recorded observation improves the predictions for the next encounter with this comet track, of course, but we are often surprised when meteors fall in greater or lesser numbers than were expected.Meteor showers occur when the Earth passes through or near the orbit of a comet. Comets shed dust and gravel on each pass through the inner solar system, and the debris lags very slightly behind the comet's nucleus. As the centuries pass, the entire orbit of the comet becomes somewhat dusty, and when Earth passes through the dust trail, we get meteor "showers".However, meteors can enter the Earth's atmosphere at any time.