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• a) For a charged particle, magnetic field, = 2y +2x² ; electric field, = 2y² +9z ; velocity, = 2x and q=1. Find out the Lorentz force on that particle.
• b) A parallel plate capacitor which has plate area=5 cm² and plate separation=3 mm. 50 sin 10³ t voltage has applied to the plates. Calculate displacement current. [ε=2ε_o]
• c) What are the major differences between an electric circuit and a magnetic circuit?
• Two conductors placed 5cm apart are carrying currents of 3A and 6A in the same direction. Calculate the force between them in kg/m length. [µ=4π×10^-7 H/m]

Transcribed Image Text:

a) For a charged particle, magnetic field, B 2y j+2x2 î; electric field, E = 2y2 j+9z k; velocity, v- 2x î and q=1. Find out the Lorentz force on that particle. b) A parallel plate capacitor which has plate area=5 cm2 and plate separation=3 mm. 50 sin 103 t voltage has applied to the plates. Calculate displacement current. [s=2ɛ.] c) What are the major differences between an electric circuit and a magnetic circuit? Two conductors placed 5cm apart are carrying currents of 3A and 6A in the same direction. Calculate the force between them in kg/m length. [u=4xx10-7 H/m] a) For a charged particle, magnetic field, B 2y j+2x2 î; electric field, E = 2y2 j+9z k; velocity, v- 2x î and q=1. Find out the Lorentz force on that particle. b) A parallel plate capacitor which has plate area=5 cm2 and plate separation=3 mm. 50 sin 103 t voltage has applied to the plates. Calculate displacement current. [s=2ɛ.] c) What are the major differences between an electric circuit and a magnetic circuit? Two conductors placed 5cm apart are carrying currents of 3A and 6A in the same direction. Calculate the force between them in kg/m length. [u=4xx10-7 H/m]