An asteroid could hit Earth anywhere, but the most likely impact locations are in the ocean due to the vast coverage of water on our planet. Cities along Coastlines are also at higher risk. However, the probability of a direct impact on a populated area is very low.
An asteroid, because the orbits of the asteroids are nearer to the earth than the comets.
assteroids
No most of the asteroids are in the asteroid belt which is between Mars and Jupiter.
If you were to touch an asteroid in space, it would likely feel cold and rocky since most asteroids are made up of rock and metal. However, because of the extreme conditions in space, such as lack of atmosphere and very low temperatures, touching an asteroid directly would be impossible without proper equipment.
Your mass would remain the same on both Earth and the asteroid, as mass is a measure of the amount of matter in your body. However, your weight would be different on the asteroid compared to Earth due to the difference in gravitational pull. The gravitational force on the smaller asteroid would be significantly weaker, resulting in you weighing much less than you do on Earth.
An asteroid, because the orbits of the asteroids are nearer to the earth than the comets.
Asteroid belt
assteroids
Comictosis astoriods
The ice age was not caused by an asteroid impact. It was most likely due to a combination of factors such as changes in Earth's orbit and axial tilt, volcanic activity, and the release of greenhouse gases.
No most of the asteroids are in the asteroid belt which is between Mars and Jupiter.
If you were to touch an asteroid in space, it would likely feel cold and rocky since most asteroids are made up of rock and metal. However, because of the extreme conditions in space, such as lack of atmosphere and very low temperatures, touching an asteroid directly would be impossible without proper equipment.
in the tropics
That could be one of the "terrestrial" planets, but most likely the required answer is "asteroid".
Your mass would remain the same on both Earth and the asteroid, as mass is a measure of the amount of matter in your body. However, your weight would be different on the asteroid compared to Earth due to the difference in gravitational pull. The gravitational force on the smaller asteroid would be significantly weaker, resulting in you weighing much less than you do on Earth.
it would most likely be found in The Equator, due to the warm temperatures that the sun sends to earth The Earth is separate in hemisphere and the Equator receives the most sunlight
Geographers are most likely to study landforms and their locations.