Course Contents
To perform experiments to e/m, Hall’s Effect, the ranges of “α”, “β”, “γ” particles, dielectric constant by using the R.L.C series circuit, Plank’s Constant, work function of metal.
Course Synopsis
To determine e/m by fine beam tube method.
To study the Hall’s Effect in the given semicoductor material.
To determine the ranges of “α”, “β”, “γ” particles by using G.M Counter.
To determine the dielectric constant by using the R.L.C series circuit.
To determine the Plank’s Constant by using Photoelectric Effect.
To determine the work function of metal by using Richardson’s equation
Course Learning Outcomes
At the completion of this course, Students are able to perform
different experiments and gain knowledge how to deal different equipment.
To determine e/m by fine beam tube method
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To study the Hall’s Effect in the given semicoductor material
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To determine the Plank’s Constant by using Photoelectric Effect
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To determine the dielectric constant by using the R.L.C series circuit
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To determine the ranges of “α”, “β”, “γ” particles by using G.M Counter
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To determine the work function of metal by using Richardson’s equation.
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Book Title : Physics
Author : D. Halliday, R. Resnik, K. S. Krane
Edition : IV & V
Publisher : John Wiley and Sons
Title : Study Hall's effect
Type : Other
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Title : To draw the characteristic curve
Type : Other
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Title : Determine the dielectric constant by using RLC circuit
Type : Other
View Determine the dielectric constant by using RLC circuit
Title : To determine the e/m ratio of electron
Type : Other
View To determine the e/m ratio of electron
Title : To determine the range of particles by GM counter
Type : Other
View To determine the range of particles by GM counter
Title : Determine the work function of metal
Type : Other
View Determine the work function of metal