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57. A helium nucleus is located between the plates of a parallel-plate capacitor as shown. The nucleus has a charge of +2e and a mass of 6.6 × 10 –27 kg. What is the magnitude of the electric field such that the electric force exactly balances the weight of the helium nucleus so that it remains stationary? Reddit rules brigading
Lecture Outline Chapter 15 College Physics, 7th Edition Wilson / Buffa / Lou © 2010 Pearson Education, Inc.

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Liquid Drop Model of Nucleus. One of the first models which could describe very well the behavior of the nuclear binding energies and therefore of nuclear masses was the mass formula of von Weizsaecker (also called the semi-empirical mass formula – SEMF), that was published in 1935 by German physicist Carl Friedrich von Weizsäcker.

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•The basis for this term is the electrostatic repulsion between protons. •The electric repulsion between each pair of protons in a nucleus contributes toward decreasing its binding energy : from QED - interaction energy for the charges q1, q 2 inside the ball Here R - empirical nuclear radius: R~A1 / 3 Thus, 1 / 3 2 C A Z E ~ p n p

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Aug 16, 2010 · As, the nucleus of an atom contains only positively charged protons, so in the nucleus of an atom, the electrostatic force is of repulsive nature and hence causes repulsion between the various protons present in the nucleus.

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The dotted line surrounding the nucleon being approached represents any electrostatic repulsion that might be present due to the charges of the nucleons/particles that are involved. A particle must be able to cross this barrier in order for the strong force to "glue" the particles together.

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The electrostatic force is a force between two objects due to their charge. Any two objects with a net charge will feel this force, which may be attractive or repulsive. The SI unit of charge is the Coulomb and the fundamental “charge carriers” are the proton and the electron.

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The dotted line surrounding the nucleon being approached represents any electrostatic repulsion that might be present due to the charges of the nucleons/particles that are involved. A particle must be able to cross this barrier in order for the strong force to "glue" the particles together.

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The same way as earth or other planets are not falling into the sun. You will say, ‘But there is an attractive electric force on electron from the Nueclius.’ But it is a fact that electron is not falling in the Nueclius.

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Shell Model of Nucleus Visualizing the densely packed nucleus in terms of orbits and shells seems much less plausible than the corresponding shell model for atomic electrons. You can easily believe that an atomic electron can complete many orbits without running into anything, but you expect protons and neutrons in a nucleus to be in a ...

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Specifically, electrostatic force is the physical reaction that holds together the electromagnetic field created by subatomic particles, such as electrons and protons. In order for electrostatic forces to remain cohesive, these particles need to independently maintain both positive and negative charges and react to each other accordingly.

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The four interactions How does matter interact? The unseen effect Electromagnetism Residual EM force What about the nucleus? Strong Color charge Quark confinement Quarks emit gluons Residual strong force Weak Electroweak Gravity Interaction summary Quantum mechanics The Pauli Exclusion Principle Fermions and bosons A lot to remember End of section

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