Gravity keeps u down and buoyancy helps you rise up
because it waz horny
Type of matter itis
matter made up of one type of particle is called ____________ .
No. Gravity is a consequence of matter but it does not have mass itself.
The force with which gravity pulls on a quantity of matter is referred to as gravity.
conduction
Buoyancy is related to matter because it uses solids and liquids.
When an object is released on earth (so it is free to fall), there are two forces that take hold. Gravity and Buoyancy. Gravity, of course, is what pulls matter to matter, and pulls us, and everything else towards the ground here on earth. Buoyancy is what makes things float. If the Buoyancy forces is stronger then the force of gravity, then the object will float away, at least until the buoyancy force levels out with the gravity force. Examples of buoyancy overpowering gravity is like a helium balloon floating away, or a boat floating on the water (gravity pulls the boat down, but the buoyancy over the water allows it to float).
The god particle or the higgs bosom will be fund within Gravity's Magnetism fields...magetism is part of gravity in a smaller scale- yet as anti-matter also known as dark energy is part responsible for the appearance of expansion of the universes' matter -- so is dark energy anti-matter part of magnetism and gravity. the god particle field is within magnetism's gravity there you'll find also dark energy or anti-matter... as well as the binding power of the higgs bosom particle.
It isn't. Gravity is a force created by mass in spacetime; the centre of the Earth is a particle of matter.
Type of matter itis
yes it does when they touch the particle dies(atomns)
A quark is the smallest particle in matter.
Buoyancy is a force exerted by a fluid against an immersed object.
Gravity itself is not a particle; it is a force. A force can't have mass. There are theories that state that there is a particle responsible for gravity, but it has not been conclusively observed, and the effect it has on matter wouldn't have a mass. Here's another way of looking at it. What is the mass of you opening the door? There is no answer. Mass simply doesn't apply in the scenario; forces do, however.
Actually, gravity is an attraction. The theory goes that all matter attracts other matter. The big question is, "What part (particle) of an atom is the one responsible for this attraction (gravity)?" This is one of the mysteries that physicists are trying to solve in high-energy particle collisions. They are hoping to smash atomic particles together at such high speeds, with enough force to break them up into the most basic pieces possible. We suspect that some very basic particle-like the Higgs boson-may be the one that causes this attraction we call gravity.
No. Mass (e.g. grams) is a measure of matter, and is independent of gravity. Weight (e.g. pounds) is a measure of force and is directly related to gravity.
The ISBN of Particle Dark Matter is 9780521763684.