False. E.g. f=ma; f=qvB; f=qE
True
True
False
False: The entire universe (including Earth) has gravity, weak force, strong force, and electromagnetic force.
No. Those are two quite different forces. The Earth's gravity is caused by the amount of mass Earth has.No. Those are two quite different forces. The Earth's gravity is caused by the amount of mass Earth has.No. Those are two quite different forces. The Earth's gravity is caused by the amount of mass Earth has.No. Those are two quite different forces. The Earth's gravity is caused by the amount of mass Earth has.
The mass of the object is the same as it was when you measured it on Earth, but its weight is different in other places.
As far as we're able to tell, gravity is present everywhere in the Universe. It's certainly present everywhere on Earth, and the gravitational forces that attract the earth and any object on it toward each other have essentially the same strength, no matter where on earth the object happens to be.
No. Forces always come in pairs. When gravity pulls you and the earth together there are two forces. The earth pulls on you and you pull on the earth. However, because you have so much less mass, you move lots. The earth being so massive moves very little. Are you familiar with F=ma? Or, more useful here a = F/m. The F (force) is the same on both you and the earth, but you are dividing by very different m's so you get very different a's.
As far as we know they are identical everywhere.
False: The entire universe (including Earth) has gravity, weak force, strong force, and electromagnetic force.
No. Those are two quite different forces. The Earth's gravity is caused by the amount of mass Earth has.No. Those are two quite different forces. The Earth's gravity is caused by the amount of mass Earth has.No. Those are two quite different forces. The Earth's gravity is caused by the amount of mass Earth has.No. Those are two quite different forces. The Earth's gravity is caused by the amount of mass Earth has.
There are four basic forces operating anywhere in the universe namely Graviational force ,electromagnetic force ,strong and weak nuclear forces.
None that we are aware of, yet. However, the universe is enormously, incomprehensibly large, and it is - remotely! - possible that another planet very similar to Earth might exist elsewhere.
It is not different, just closer to the Earth.
The universe is huge and we know nothing about possible life forms elsewhere so it is impossible to answer your question. On earth, the cheetah is the fastest land animal.
Currently, we don't know. So far we have never found any direct evidence of life beyond Earth. But, given the incomprehensibly large number of planets in the universe, many people think there probably is life elsewhere.
No one 'founded' gravity. On earth or elsewhere. Gravity is a physical attribute of the universe in general. The first to explain the relationship of gravity to the universe in cogent and mathematically provable ways was Sir Isaac Newton.
Strong and weak nuclear forces... 2 of the 4 fundamental forces of the universe. That's like asking why does the earth orbit the sun.
i dont think it is Answer: The question cannot be answered as we do not have information on all existing planets. TA present we only know that there is life on Earth, it however exisits in such a diversity of environments that similar conditions which could support life would in all probability exist in many places in the Universe, if there is a chance for life, and as the forces which lead to life (abiogenesis) are common throughout the Universe, life probably exists elsewhere.
Under normal conditions found on the Earth, nitrogen is a gas. Elsewhere in the universe, and in some earthly laboratories, nitrogen can be a liquid or a solid.