Problem 6.1 Employing Thomson's model, calculate the radius of a hydrogen atom and the wavelength of emitted light if the ionization energy of the atom is known to be equal to ?=13.6 ??.
Problem 2.3 IE IRODOV
Problem 2.3
A vessel of volume ?=20 ? contains a mixture of hydrogen and helium at a temperature ?=20 °? and pressure ?=2.0 ???. The mass of the mixture is equal to ?=5.0 ?. Find the ratio of the mass of hydrogen to that of helium in the given mixture.
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Introduction to Electrodynamics
Text Book: Introduction to Electrodynamics by David J. Griffiths
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Problem 5.33 |Magnetostatics |Griffith |3rd ed.
Problem 5.33
Show that the magnetic field of a dipole can be written in coordinate-free form:? ⃗_??? (? ⃗ )=?_?/?? ?/?^? [?(? ⃗.? ̂ ) ? ̂\ −? ⃗ ]
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Problem 2|Chapter 29 |Electric Field and Potential |Concept of Physics |HC VERMA
Problem 2
A charge of 1.0? is placed at the top of your college building and another equal charge at the top of your house. Take. the separation between the two charges to be 2.0??. Find the force exerted by the charges on each other. How many times of your weight is this force?
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Problem 04 | Chapter 43 | HC VERMA | Bohr's Model and Physics of the Atom
Problem 04
Evaluate Rydberg constant by putting the values of the fundamental constants in its expression.
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Problem 6.2 |Magnetic Fields in Matter |Griffith |3rd ed.
Problem 6.2
Starting from the Lorentz force law, in the form of Eq. 5.16, show that the torque on any steady current distribution (not just a square loop) in a uniform field ? ⃗ is ? ⃗×? ⃗.
? ⃗_???=∫▒?(?? ⃗×? ⃗ ) …(5.16)
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Problem 3.113 IE IRODOV
Problem 3.113 Four identical metal plates are located in air at equal distances d from one another. The area of each plate is equal to S. Find the capacitance of the system between points A and B if the plates are interconnected as shown
(a) in Fig. a; (b) in Fig. b.
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