My mass is always the same, no matter where I am or what I am doing.
My weight, however, depends on other masses in my environment.
You have said that the asteroid is much smaller than Earth, but you haven't
said a thing about its mass, which is roughly just as important as its size.
Most likely, I weigh much less there than I do on Earth, but I can't guarantee
that. If the asteroid has enough mass packed into that slender body, I could
easily wind up weighing more there than on Earth.
Your mass does not change. However, your weight will increase whenever the force of gravity increases and the reverse when gravity decreases.
An object from Earth would have the same mass, but a much smaller weight on an asteroid.
Weight depends on gravity, but mass doesn't.
Ceres is smaller than any planet; even smaller than Pluto.
So we can guess when a meteor might hit the Earth.
No, an asteroid cannot destroy earth, but a large enough asteroid can have devastating effects on the life on Earth
No, if the Earth was destroyed by an asteroid we would not be living today.
Yes, the asteroid belt starts properly after the orbit of Mars.
Asteroids are much smaller than Earth.
Ceres is smaller than any planet; even smaller than Pluto.
There was one significant asteroid impact in 1908 - the Tunguska event. It is possible that smaller asteroids hit Earth after that. There was a smaller asteroid/meteor impact more recently - the Chelyabinsk event in 2013.
No. Asteroids are much smaller than Earth.
yes! it depend to gravitational pull and the weight of an asteroid
It doesn't. In an estimated 23 years, a belt of asteroids will collide with the earth.
So we can guess when a meteor might hit the Earth.
It is called an asteroid if it has more than about 10 meters diameter. Smaller objects are called meteorites.
it is smaller
Smaller. Something as big as the Earth would have so much gravity that it would probably have collided with something else and been eliminated
it is smaller than pluto.
On the Earth, the object weighs 6.04 times as much as its weight on the moon.