what is the difference between electromagnetic force and strong nuclear force?
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Explanation: The electromagnetic force is a long range force which acts of charged particles. Like charges repel and unlike charges attract. ... The strong nuclear force is actually a residual effect of the colour force where quarks in a proton or neutron get bound to quarks in adjacent protons and neutrons.
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Protons contain two up quarks and one down quark. Neutrons contain one up quark and two down quarks. The nucleus is held together by the "strong nuclear force," which is one of four fundamental fources (gravity and electromagnetism are two others).
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Protons also attract each other through the Strong Nuclear Force. ... So when protons are in a nucleus the Strong force can dominate. Neutrons also contribute to the Strong force, but not to the electromagnetic force So in this way they can act as glue.
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1 Answer. Gravity is relatively weaker, is a result of mass and acts on all things that have mass. Magnetic force is relatively stronger, is a result of interaction of photons(charged particles) and acts on things that contain iron(ferrous) or have a charge on them.
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The most significant difference between the magnetic field and the magnetic flux is that the magnetic field is the region around the magnet where the moving charge experiences a force, whereas the magnetic flux shows the quantity or strength of magnetic lines produced by the magnet.
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The main difference between electrostatic and electromagnetic force is that electrostatic forces refer to the forces between charges which are not moving relative to each other whereas, electromagnetic force refers to electrostatic forces as well as other forces between charges and magnetic fields where they may be ...
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Matter waves are quite different from electromagnetic waves. Electromagnetic waves have larger wavelengths. Unlike electromagnetic waves matter waves don't exist in vacuum. ... Thats why matter waves cannot be electromagnetic.
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The EMF is the maximum voltage that the battery can deliver whereas the magnitude of the potential difference is always less than the maximum possible value of emf. The emf force gains the electrical energy in the circuit whereas the potential difference loss the electrical energy in the circuit.
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Coulomb force is a force from charge — negative and positive. Gravitational force is a force from mass — positive and positive. ... For example, the electrical force of repulsion between two electrons is 42 orders of magnitude larger than the gravitational attractive force between these two electrons.
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Attractive force that act between protons and neutrons in an atomic nucleus. Process that occurs when a nucleus decays and emits matter and energy. ... Large nuclei are unstable because the nuclear force decreases as protons spread further apart.
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Difference between Magnetic Intensity and Intensity of Magnetisation. The magnetic intensity defines the forces that the poles of a magnet experiences in a magnetic field whereas the intensity of magnetisation explains the change in the magnetic moment of a magnet per unit volume.
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The fundamental force associated with electric and magnetic fields. The electromagnetic force is carried by the photon and is responsible for atomic structure, chemical reactions, the attractive and repulsive forces associated with electrical charge and magnetism, and all other electromagnetic phenomena.
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Answer and Explanation: The types of forces that hold subatomic particles together are the strong nuclear force and the electromagnetic force.
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[' It obeys the inverse square law.', ' It may be attractive or repulsive in nature.', ' It is a long range force.', ' The photon is the field particle of electromagnetic force.', ' It is about 1036 times stronger than the gravitational force.']
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Strong nuclear forces hold the nucleus of an atom together. Weak nuclear forces hold neutrons and electrons together. ... Weak nuclear forces hold the nucleus of an atom together. Strong nuclear forces are responsible for breaking down atoms.
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The strong nuclear force, also called the strong nuclear interaction, is the strongest of the four fundamental forces of nature. It's 6 thousand trillion trillion trillion (that's 39 zeroes after 6!) times stronger than the force of gravity, according to the HyperPhysics website.
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These electromagnetic waves occupy the same region of the EM spectrum as gamma-rays. The only difference between them is their source: X-rays are produced by accelerating electrons, whereas gamma-rays are produced by atomic nuclei in one of four nuclear reactions.