Don't feel sympathy for me. Objects don't attract to each other via gravity. I explained a steel pin needle (or any small object) will not gravitate to a 100,000 ton steel cargo ship. If gravity were true this would happen no? What are the pseudo science rules or circumstances then can you present me that would prove it?
Again nothing to do with gravity. Viscosity, buoyancy, and density perfectly explains this. If the object is able to flow around the heavier/lighter object, it will naturally arrange itself.
No, it is because the air is less dense than the ball and has ample viscosity to allow the ball to flow downward and settle naturally below the air because of it's density.
Gravity is still pulling on the balloon, which is why it can't leave our atmosphere. The helium balloon will rise until it meets an elevation that has the same density as itself. The balloon will just hover in place.
If you look at helium... It's lighter than oxygen. If you pumped both helium and oxygen in a room, the helium would fill up the top half because it's lighter, and the oxygen would fill up the bottom half of the room because oxygen is heavier than helium.
Helium floats on top of oxygen, much like how an oil spill will float on top of water. Because water is heavier and more dense than oil.
Because gravity is pulling on it constantly!
It doesn't exist. It's all density, buoyancy, drag. Probable sciences unlike gravity. It's really that simple.
Bouyancy is directly related to gravity. If an item is more dense than water, it sinks. If it is less dense than water, it floats.
I'm gonna stop arguing with you now. It's not fun any more. I feel sympathy for you.
Don't feel sympathy for me. Objects don't attract to each other via gravity. I explained a steel pin needle (or any small object) will not gravitate to a 100,000 ton steel cargo ship. If gravity were true this would happen no? What are the pseudo science rules or circumstances then can you present me that would prove it?
Again nothing to do with gravity. Viscosity, buoyancy, and density perfectly explains this. If the object is able to flow around the heavier/lighter object, it will naturally arrange itself.
Pick up a ball, then let go of it....
You'll notice that an invisible force pulled the ball towards the ground.
Now before you say that invisible forces don't exist, remember that magnets do exist.
A helium balloon will rise because helium is lighter the other gases in the atmosphere.
A helium balloon will rise because of the same reason oil floats on water... One is more dense than the other.
No, it is because the air is less dense than the ball and has ample viscosity to allow the ball to flow downward and settle naturally below the air because of it's density.
Gravity is still pulling on the balloon, which is why it can't leave our atmosphere. The helium balloon will rise until it meets an elevation that has the same density as itself. The balloon will just hover in place.
If you look at helium... It's lighter than oxygen. If you pumped both helium and oxygen in a room, the helium would fill up the top half because it's lighter, and the oxygen would fill up the bottom half of the room because oxygen is heavier than helium.
Helium floats on top of oxygen, much like how an oil spill will float on top of water. Because water is heavier and more dense than oil.
Gravity will always try to pull the heavier, more fence object to the bottom.