Our Sun will never "blow up", as in going nova; our Sun isn't massive enough. However, in about 3-4 billion years, our Sun will (probably) expand into a red giant and expand to consume the inner planets.
The length of time taken before the star's explosion and the time when it reaches our planet is converted into a distance. This is known as lightyears which is the distance light travels in one year. Distance is equal to time*speed. Therefore time (31,556,926 seconds)* speed (299,792.458 kilometers/second)= distance (9.4605*10^12 km or about 9,500,000,000,000 kilometers).
6060 inthe 61st century
When a meteor hits the Earth it forms a crater.
the news will probably tell you a couple days before it actually happens and you could call before very bad storm hits.
It burns up. Or if too big to burn completely, it will be a fireball. Do NOT try to catch them with your bate hands.
Yes both bodies have craters but the Moon has many many more. That is because it has no protective atmosphere so that any old piece of rock of any size that hits the Moon will produce a crater (sometimes only a small one, other times a big one). The Earth's atmosphere causes all but the biggest meteors to burn up before they hit the ground, which means they have to be really large to cause any kind of crater. But the Earth has a few big craters.
it either leaves a crater or if deep enough can make lava flow out of the hole. but if the meteorite hits the core then KABOOM!
Meteors!
hail
Yes it breaks it down in particles before it hits earth.
Most asteroids orbit the sun in the asteroid belt, which is located between the orbits of Mars and Jupiter. They are, therefore, far away from Earth, many millions of miles, and their orbits are not going to intersect the orbit of Earth. If a Asteroid Dose come to earth, Earth's Force Field will destory it before it hits land.
Asteroid can last up to 100 years before it hits earth.
the one on the moon will go farther due to the lack of air resistance and gravity.
If before .........increase the friction of surface If after............increase the mass of stationary object
That is completely unpredictable at this time. Best can be said is probably not this week.
By definition, a meteor is in the earth's atmosphere. Before it hits the atmosphere it's called a meteoroid, and after it hits the ground it's called a meteorite.
Since force equals mass x acceleration (F=MA), the greater the height of a dropped object the more it will accelerate before it hits the ground, so the greater the energy it will hit with. So, more height, more energy. If one wants to stop a certain object with a certain amount of energy in a given time span, one needs more force if the energy level of the object is higher. Another aspect is that force decreases with height (measured from earth): mass is constant, but gravitational constant decreases with distance to earth.
Sunlight that hits the Earth's surface is absorbed by the Earth. It is then reflected back.
When a meteor hits the Earth it forms a crater.