By virtue that a meteor is a meteoroid that is burning up in the Earths atmosphere due to friction, then the answer is yes.
As the meteor enters the atmosphere it is assaulted with atmospheric ram pressure. Ram pressure is the pressure exerted on the object and causes a drag force. A meteor produces a shock wave generated by the rapid compression of air in front of the meteor.
I believe there is no reason why meteorites would prefer a specific country; they should be distributed more or less randomly. So, you would expect different countries to have more or less the same amount of meteor impacts per unit area; and the largerst countries (in area) to have more meteor impacts, simply because they have a larger area.I believe there is no reason why meteorites would prefer a specific country; they should be distributed more or less randomly. So, you would expect different countries to have more or less the same amount of meteor impacts per unit area; and the largerst countries (in area) to have more meteor impacts, simply because they have a larger area.I believe there is no reason why meteorites would prefer a specific country; they should be distributed more or less randomly. So, you would expect different countries to have more or less the same amount of meteor impacts per unit area; and the largerst countries (in area) to have more meteor impacts, simply because they have a larger area.I believe there is no reason why meteorites would prefer a specific country; they should be distributed more or less randomly. So, you would expect different countries to have more or less the same amount of meteor impacts per unit area; and the largerst countries (in area) to have more meteor impacts, simply because they have a larger area.
If a baseball size meteor entered our atmosphere, it would get burned up and not hit the ground. Most meteors that strike the Earth hit at around 20 km/s, therefore if a baseball sized meteor actually hit the ground, it would release roughly 10^9 joules of energy. That's roughly equal to the energy released by the explosion of 1000 kg of TNT.
It only rains meteors on the moon. Try stopping a meteor with an umbrella.
It would not be going in a straight line because it would already be in orbit round the Sun. When it comes close to Earth it is then attracted by the Earth's gravity and this is a standard 3-body problem with the meteor under two forces. It could be solved numerically.
Yes greater the surface area coming into contact friction would increase
Before coming into the atmosphere, there is no reason why it would be slower. But once it hits the atmosphere, a flat or irregular shape (for the same mass) would offer more air resistance - it would slow down faster.
If a two ton meteor was coming directly toward the Earth, I would like to know at least a little bit about the science of meteorology. If a two ton meteor was coming directly toward the Earth, I would like to know at least a little bit about the science of meteorology.
No. Between the heat of friction coming through the atmosphere and the compressive heating of being at the head of the shock wave, newly-landed meteorites are pretty darned hot.
W/o friction just about nothing would work. Friction is what keeps the tires from rotating around the rims, and the tires from spinning on the ground. W/o friction a bike wouldn't be steerable, as the bike would continue straight forward even whe the wheel is pointinf towards one side.
well the meteor would be sucked in by the earths gravitational pull
As the meteor enters the atmosphere it is assaulted with atmospheric ram pressure. Ram pressure is the pressure exerted on the object and causes a drag force. A meteor produces a shock wave generated by the rapid compression of air in front of the meteor.
The lightning would travel through the meteor or through the plasma sheath around it. Some of the surface of the meteor may melt, though this will happen to a meteor anyway. Otherwise the meteor would be unaffected. The stress of atmospheric entry is much greater than any stress created by the lightning.
It wouldn't land. When a meteor lands it is now called a meteorite
The meteor would pass through the tornado, without being affected in the least.
NO friction
It is impossible to have no friction. If there was no friction we would be sliding all over the place, nothing would be balanced.