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What happens to the motion of particles in a block of ice when its done melting?
They can flow around since they're not as tightly packed anymore.
What negatively charged particles are responsible for the flow of electricity?
Electrons are the negatively charged particles to which the flow of electricity is attributed.
What negatively charged particles are responsible for the flow electricity?
Electrons are the negatively charged particles to which the flow of electricity is attributed.
Am electic current a flow of these subatomic particles?
These particles are the electrons.
What is the flow of tiny particles in electricity?
current flow
The flow of electrons is a lot like the flow of what?
The flow of electrons is a lot like flow of fluid particles(say water particles). This is based upon the so called "hydrostatic analogy" of electrical circuits.
What state of matter has particles that can flow past each other?
The state of matter that has particles that can flow past each other is the liquid state. In liquids, the particles have enough energy to move and flow around each other, unlike in solids where the particles are fixed in place.
What happens to the particles of solute?
It all depends on the particles and the solution
Particles are able to flow over each other?
Yes they can. In fact, the particle theory claims that all particles move and have space between themselves. For example, take gas. Gas has moving particles that have A LOT of space between them. They can easily flow over one another particle.
What is the flow of tiny particles that carry electrical energy called?
The flow of tiny particles that carry electrical energy is called an electric current. These particles are typically electrons moving through a conductor, such as a wire.
How does adhesion affect flow rate?
adhesion causes the flow rate to go faster because of the attraction between the particles of a fluid and particles of other substances.
What happens to particles in a gas?
Particles are spread out to the maximum of the space available.
