- #1
Caesar_Rahil
- 69
- 0
Suppose, I become twice as big as the earth. Then Can I have my own Gravity!
Not by yourself. It takes two to gravitate towards each other.Caesar_Rahil said:Suppose, I become twice as big as the earth. Then Can I have my own Gravity!
Tee hee. (At least, I presume you jest.)Skyhunter said:Gravity is only a theory.
Using the logic of Intelligent Design, how do you know it even exists?
Whether or not there is any other object, he still has a gravitational force. If he has mass, he has gravity.BobG said:Not by yourself. It takes two to gravitate towards each other.
zoobyshoe said:If you went into space, you might carefully put some little speck of something into orbit around you and could thereby have your own moon.
Gravity is not non-local; it moves at the speed of light, so if something's light hasn't reached you yet, neither have the effects of its gravity.BobG said:You're affected by everything in the universe - even the things so far away you can't see them.
No it wasn't but it is hilarious.DaveC426913 said:Tee hee. (At least, I presume you jest.)
Edit: just stumbled across http://www.theonion.com/news/index.php?issue=4133&n=2 , probably the seed for Skyhunter's comment.
Now I understand what's the whole worldwide famine about!Caesar_Rahil said:Suppose, I become twice as big as the earth. Then Can I have my own Gravity!
That's priceless.DaveC426913 said:Tee hee. (At least, I presume you jest.)
Edit: just stumbled across http://www.theonion.com/news/index.php?issue=4133&n=2 , probably the seed for Skyhunter's comment.
Caesar_Rahil said:Suppose, I become twice as big as the earth. Then Can I have my own Gravity!
While it is possible for objects to have their own gravity, it is not possible for a person to become twice as big as the Earth. This would require a tremendous amount of mass and energy, which is not achievable for a human being.
An object's gravity is determined by its mass and distance from other objects. The larger the mass, the stronger the gravitational pull. As an object gets closer to another object, the gravitational force increases.
Theoretically, there is no limit to how big an object can be. However, there are practical limitations due to physical laws and the amount of mass and energy required to sustain such a large size.
Yes, increased gravity can have negative effects on an object. For example, if an object becomes too large and its gravity increases significantly, it may collapse under its own weight. This is known as gravitational collapse. On a smaller scale, increased gravity can also cause health problems for humans, such as bone and muscle loss.
No, as humans, we do not have the ability to control our own gravity. Gravity is a natural force that is determined by mass and distance. We can only control our own body mass and how we interact with objects around us, but we cannot control the gravitational pull of the Earth or other objects.