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Wind and debris.
A temporary magnet is "charged" by aligning their electronic spins in one direction (each atom acts like a magnet this way, the the effect multiplies). It's what happens when you turn the power on an electromagnet.
The Earth rotates once per day.
Subatomic particles are arranged in the following way.1) Elementary particles: These particles are not composed of other particles. Fermions: These are particles with half-integer spins, meaning they follow the Pauli exclusion principle; i.e. they can't be in the same place at the same time. i) Quarks: These are the particles that are responsible for fermionic interactions with the strong nuclear force. Examples include up, down, strange, charm, top, and bottom.ii) Leptons: These are fermions that aren't effected by the strong nuclear force. Examples include electrons and neutrinos.Bosons: Particles with integer spins, meaning they don't follow the Pauli exclusion principle; i.e. they can be in the same place at the same time. Examples include photons, gluons, and the Higgs.2) Composite Particles: These are particles comprised of elementary particles. a) Hadrons: These particles are composed of quarks and therefore interact with the strong nuclear force. i) Baryons: These particles contain three quarks and therefore have half-integer spins, meaning they are fermions. Examples include protons and neutrons.ii) Mesons: These particles contain two quarks and therefore have integer spins, meaning they are bosons. The pion is the best-known example.b) Nuclei: These particles are composed of protons and neutrons and are mediated by mesons. These, combined with electrons, form atoms, which is where any answer concerning subatomic particles must end.
Electrical energy is energy caused by charged particle's nature of attracting and repelling each other. Electricity is a flow of charged particles. Charged particles will flow when they are being repelled from a spot and/or attracted to another. Hence a collection of positive charges will attract negatively charged particles and repel positively charged particles. Separating positive and negative charges takes energy, and they will try to come together again. That 'coming together' can be tapped as an energy source. It is electrical energy.
If you mean earth spins in its? Then the answer is Earth spins on its axis, while also orbiting the Sun.
an electron. :) and protons are positively charged and chill out in the Nucleus. The Nucleus also includes Neutrons which are, go figure, Neutral charge. So the negatively charged electrons orbit the Nucleus and inside the nucleus are Protons - positive - and Neutrons - neutral. In fact, what keeps the electrons orbiting is the fact that opposite charges are attracted to one another, so the negatively charged electrons are attracted to the positively charged Nucleus. (the nucleus is positive because it's made up of positive particles - protons - and neutral particles - neutrons - so the overall charge is positive.) :) Hope this helped.
the earth spins on an axis, which is carried over by conservation of angular momentum when the earth was created
The moon spins around the earth once a month. The earth spins around the sun once a year and the earth spins on it axis once a day giving rise to night and day. So in answer to your question the earth spins around the sun and the moon spins around the earth.
The inner core deep inside the earth. It is the layer below the outer core and that is where it spins...
Earth spins around its axis? Which is the line between the north and south pole.
The Earth spins on an axis.
The Earth's rotation
The imaginary line between the poles of the Earth around which the Earth spins is called the "axis of rotation".
The earth spins
when the earth spins dumbshit
doesnt it spins everyday it spins 1 complete spin