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In a nucleus we have protons kept intact by the strong nuclear force, which overcomes the electrostatic forces of repulsion between the protons. However, is the electrostatic force the same as the analogy of the electromagnetic force proposed by Richard Feynman?
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#2
(Original post by Asad_2015)
In a nucleus we have protons kept intact by the strong nuclear force, which overcomes the electrostatic forces of repulsion between the protons. However, is the electrostatic force the same as the analogy of the electromagnetic force proposed by Richard Feynman?
In a nucleus we have protons kept intact by the strong nuclear force, which overcomes the electrostatic forces of repulsion between the protons. However, is the electrostatic force the same as the analogy of the electromagnetic force proposed by Richard Feynman?
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(Original post by Shiv Loves Maths)
I don't think so, electrostatic forces are between positive and negative entities. But I could be wrong I am a B grade student 😭
I don't think so, electrostatic forces are between positive and negative entities. But I could be wrong I am a B grade student 😭
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#4
(Original post by Asad_2015)
But electromagnetic are between charged particles, hence negative and positive, etc.
But electromagnetic are between charged particles, hence negative and positive, etc.
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#8
Electromagnetic and electrostatic are different manifestations of the same property: the charge force carrying particles namely electrons and protons.
Charged particles which are not in motion relative to each other (i.e. static charges) will experience the static charge force alone.
Charges moving with respect to each also obey Einstein's special relativity laws. Thus the static charge force manifests itself as both a static electric field and also the motion induced perpendicular magnetic field.
Hence electromagnetism is the same static charge property but manifested as an interdependent electric and magnetic force, as a result of charge motion and as described by the Lorentz inertial frame transformation.
Charged particles which are not in motion relative to each other (i.e. static charges) will experience the static charge force alone.
Charges moving with respect to each also obey Einstein's special relativity laws. Thus the static charge force manifests itself as both a static electric field and also the motion induced perpendicular magnetic field.
Hence electromagnetism is the same static charge property but manifested as an interdependent electric and magnetic force, as a result of charge motion and as described by the Lorentz inertial frame transformation.
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(Original post by uberteknik)
Electromagnetic and electrostatic are different manifestations of the same property: the charge force carrying particles namely electrons and protons.
Charged particles which are not in motion relative to each other (i.e. static charges) will experience the static charge force alone.
Charges moving with respect to each also obey Einstein's special relativity laws. Thus the static charge force manifests itself as both a static electric field and also the motion induced perpendicular magnetic field.
Hence electromagnetism is the same static charge property but manifested as an interdependent electric and magnetic force, as a result of charge motion and as described by the Lorentz inertial frame transformation.
Electromagnetic and electrostatic are different manifestations of the same property: the charge force carrying particles namely electrons and protons.
Charged particles which are not in motion relative to each other (i.e. static charges) will experience the static charge force alone.
Charges moving with respect to each also obey Einstein's special relativity laws. Thus the static charge force manifests itself as both a static electric field and also the motion induced perpendicular magnetic field.
Hence electromagnetism is the same static charge property but manifested as an interdependent electric and magnetic force, as a result of charge motion and as described by the Lorentz inertial frame transformation.
that's what i needed
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#10
(Original post by Asad_2015)
In a nucleus we have protons kept intact by the strong nuclear force, which overcomes the electrostatic forces of repulsion between the protons. However, is the electrostatic force the same as the analogy of the electromagnetic force proposed by Richard Feynman?
In a nucleus we have protons kept intact by the strong nuclear force, which overcomes the electrostatic forces of repulsion between the protons. However, is the electrostatic force the same as the analogy of the electromagnetic force proposed by Richard Feynman?
Electrostatic = stationary charges
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