Consider a hydrogen atom in its 1s state (ground state) and assume (for simplicity) thatthe electron and the proton are separated by a constant distance a, = 5.292 × 10–1'm(called the Bohr radius).(a) Calculate the gravitational force between these two charges. (use: Fg = G"m2)(b) Calculate the electric force between these two charges. (use: Fe = k«l&i[IQzl)(c) Calculate the ratio of these two forces to appreciate the strength of the electric forcein comparison to the gravitational force.

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Consider a hydrogen atom in its 1s state (ground state) and assume (for simplicity) that the electron and the proton are separated by a constant distance a, = (called the Bohr radius). 5.292 x 10-11m Gm¡ m2 (a) Calculate the gravitational force between these two charges. (use: Fg || (b) Calculate the electric force between these two charges. (use: F, = k«2l) (c) Calculate the ratio of these two forces to appreciate the strength of the electric force in comparison to the gravitational force.

Consider a hydrogen atom in its 1s state (ground state) and assume (for simplicity) that the electron and the proton are separated by a constant distance a, = (called the Bohr radius). 5.292 x 10-11m Gm¡ m2 (a) Calculate the gravitational force between these two charges. (use: Fg || (b) Calculate the electric force between these two charges. (use: F, = k«2l) (c) Calculate the ratio of these two forces to appreciate the strength of the electric force in comparison to the gravitational force.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Sir, I do not need the explanation just need the exact numerical values.
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