No, they revolve in the universe, so not possible... with same force and gravity. I think it can't be same.
No. The comet will gradually evaporate, every time it comes near enough to the Sun.
Halley's comet's mass (weight) is exactly 2.2×1014 (TO the power of 14)
a comet impacting the earth
The gasses liberated in the comet's tail are very diffuse. So it takes many trips of a comet about the sun to bleed off a lot of mass, unless the comet passes sufficiently close to the sun (or collides with it or with something else). Eventually the comet would become a much smaller, rocky body, sort of like an asteroid. All the water vapor, methane, and ammonia will have bled off.
It is a comet.
No. The comet will gradually evaporate, every time it comes near enough to the Sun.
No, they revolve in the universe, so not possible... with same force and gravity. I think it can't be same.
The tail points away from the sun Not the comet moves away from the sun always The tail is made of loose ice particles and rock like junk. The solar "wind" is made of the high energy particles thrown off from the sun and the tail will gather behind the main mass of the comet.
depends on its mass and speed
Halley's comet's mass (weight) is exactly 2.2×1014 (TO the power of 14)
It is supposed to be an "average" comet, but there is much speculation as to whether or not this is true. The mass of the object is still in question, and that helps promote the idea that it may not be a comet.
An icy mass that orbits the sun is called a comet.
I'm not entirely sure if this is precise, but Halley's Comet has about a mass of 2.2 x 10^14 kg, which is about 4.85 x 10^14 pounds.
It doesn't 'do' anything. It contains the vast majority of the mass making up the comet. Gas and dust will 'boil' off when it approaches the sun giving the comet its distinct tail
Hard. If you want more specific than that, you're going to need to know about the mass and speed of the comet.
The mass of ice and dust orbiting the sun.
a comet impacting the earth