That's not necessarily true. It depends on the viewpoint of the observer - and the direction the meteors are travelling through the atmosphere.
"Sporadic meteors" can indeed arrive from any direction at any time, unlike meteors in a "meteor shower". A meteor shower arrives from a direction called the radiant, and it if is low in the sky it is possible for a meteor to appear to travel upwards, although in 3D it is always travelling downwards. A useful model is driving in a snow storm. The flakes appear to radiate from a point ahead and just above the horizontal.
meteor shower
Should be early January. The Quadrantid meteors should peak at around the 3rd.
It is a shower of meteors.
Small meteors hit the Earth every minute of each day. Larger meteors, big enough to be visible, hit the Earth several times each hour. In a "meteor shower", you may see over a hundred meteors an hour. Big meteors, big enough to hit the Earth, happen a few times every day. There are dozens of meteorite museums all over the country. Really big meteors, enough to cause a lot of damage, are fairly rare, fortunately. The last REALLY big meteor landed in Siberia, 100 years ago; it caused as much damage as an atomic bomb! Fortunately, very few people lived in Siberia back then.
a meteor shower
"Sporadic meteors" can indeed arrive from any direction at any time, unlike meteors in a "meteor shower". A meteor shower arrives from a direction called the radiant, and it if is low in the sky it is possible for a meteor to appear to travel upwards, although in 3D it is always travelling downwards. A useful model is driving in a snow storm. The flakes appear to radiate from a point ahead and just above the horizontal.
The point that meteors appear to come from is known as a radiant.The point that meteors appear to come from is known as a radiant.The point that meteors appear to come from is known as a radiant.The point that meteors appear to come from is known as a radiant.The point that meteors appear to come from is known as a radiant.The point that meteors appear to come from is known as a radiant.The point that meteors appear to come from is known as a radiant.The point that meteors appear to come from is known as a radiant.The point that meteors appear to come from is known as a radiant.The point that meteors appear to come from is known as a radiant.The point that meteors appear to come from is known as a radiant.
A meteor shower gets its name from the constellation it appears to emanate from. The meteors of course do not originate in the constellation.
Meteor shower is also known As meteor outburst or meteor storms That may produce more than 1000 meteors per hour most of the meteors are small in size and therefore disintegrate it is cause by the Streams of cosmic debris called meteoroids
meteor shower
There really isn't a "color" associated with a meteor shower. Individual meteors are usually whitish, with possibly some tinge of another color.
When the Earth passes through the trail of an old comet, the Earth encounters a much higher than normal number of meteors, or "shooting stars". This is called a "meteor shower". It is generally referred to by the name of the constellation from which the meteors appear to originate. For example, the Perseid meteor shower appears to come from the constellation Perseus.
watch in wee hour's after midnight and before dawn on its fireball season a time of year when bright meteors appear in greater the broad peak to this shower means that some meteors may fly in dark hour before
There is not a very specific amount of meteors falling from the sky could be more than fifty to tens of thousands!
The Lyrid meteor shower. In 2011 is should be at its best on the nights of April 20 and 21, with a peak of perhaps a dozen or so meteors per hour.
They won't see the same meteor as you do, but they will see a meteor shower, as they are falling in many parts of the world. So they will see ones that you don't, but both of you will be able to enjoy watching a meteor shower.