"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 from which meteors appear to originate in the night sky is called the radiant. This point marks the direction in the sky from which the meteors appear to be coming during a meteor shower.
That's not necessarily true. It depends on the viewpoint of the observer - and the direction the meteors are travelling through the atmosphere.
They can appear in the middle of the night. Shooting stars can pass at anytime, they don't happen only at that time. You are actually more likely to see meteors in the pre-dawn hours of the morning, with 6 AM usually being the peak time.
The point where meteors appear to diverge is known as the "radiant." This is an optical illusion caused by the perspective of observers on Earth, as meteors enter the atmosphere at high speeds and create streaks of light. The radiant is typically located in the constellation from which the meteor shower is named. For example, during the Perseids meteor shower, the radiant is found in the constellation Perseus.
You can magically make long items appear or disappear while holding your thumb upwards and palm facing you by swiftly placing and pulling them behind your hear.
The point from which meteors appear to originate in the night sky is called the radiant. This point marks the direction in the sky from which the meteors appear to be coming during a meteor shower.
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.
That's not necessarily true. It depends on the viewpoint of the observer - and the direction the meteors are travelling through the atmosphere.
meteorites-larger chunks that land on earth's surface are called ''meteorites''meteors-at certain times,we see more meteors than usual and they appear as a ''showers''
They're generally named for the constellation they appear to originate from. For example, the Leonids appear to radiate from a location in the constellation Leo, and the Perseids from a location in the constellation Perseus.
They can appear in the middle of the night. Shooting stars can pass at anytime, they don't happen only at that time. You are actually more likely to see meteors in the pre-dawn hours of the morning, with 6 AM usually being the peak time.
meteoroids
I heard it will appear near Meteors in Veilstone after a certain part in the game
No specific date is assigned when the knight helmet will appear. It is random and sporadic.
Meteors appear to come in showers. This is because most are born from comets and as the comet travels, it throws off pieces of rock, which then fall toward Earth, similar to the way water falls in the shower.
One Direction.
Such meteors, that come in groups, are the remainder of a comet that broke up; therefore they all travel in similar orbits, and - when Earth crosses this orbit - they come from more or less the same direction. Note that the direction from where we see them coming is a combination of the meteors' movement and the Earth's movement. It's simply because of "perspective". The meteors in a shower travel roughly in parallel lines. Parallel lines seem to get closer together as they get further into the distance. It's just like looking at railroad lines from a bridge over the tracks. The lines seem to meet in the far distance.