Question

How to defy gravity?

Answer 1

Answer:

$\Large\underline{\underline{\sf{ \color{magenta}{\qquad Given \qquad} }}}$

First, you would have to correctly determine what causes gravity before you can figure out how to defy it.

Currently, in simplistic terms, modern physics basically thinks gravity is caused by a warped fourth dimension called space/time. So….the prevailing theory is literally that a concept is causing gravity. How do we defy a concept? I put forward that you just reject it. There, I defied gravity.

Now, what actually causes gravity? Gravity is the name given to the “force” which seems to act to attract Baryonic matter. Ultimately, this “force” acts in the same direction as a straight line connected to the center of mass’s of Baryonic matter. What other “forces” do we see in our universe that act in similar ways?

Well, we have water based Buoyant force. That acts perpendicular to pressure differences in the water. The pressure differences are primarily caused by gravitational force incidentally. We also have atmospheric Buoyant force that acts perpendicular to pressure differences in the air.

Explanation:

Copy kiya hai bol kya uukhad lega (⌐■-■)

Answer 2

Answer:

Explanation:

First, you would have to correctly determine what causes gravity before you can figure out how to defy it.

Currently, in simplistic terms, modern physics basically thinks gravity is caused by a warped fourth dimension called space/time. So….the prevailing theory is literally that a concept is causing gravity. How do we defy a concept? I put forward that you just reject it. There, I defied gravity.

Now, what actually causes gravity? Gravity is the name given to the “force” which seems to act to attract Baryonic matter. Ultimately, this “force” acts in the same direction as a straight line connected to the center of mass’s of Baryonic matter. What other “forces” do we see in our universe that act in similar ways?

Well, we have water based Buoyant force. That acts perpendicular to pressure differences in the water. The pressure differences are primarily caused by gravitational force incidentally. We also have atmospheric Buoyant force that acts perpendicular to pressure differences in the air.

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