Recent content by Kaushik Classes
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Undergrad Induced Current in Stretched Square Loop: Flux Change and Direction?
the magnetic field is uniform. How question is will there be any induced current while changing the share from square to rectangular or circular.- Kaushik Classes
- Post #3
- Forum: Electromagnetism
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High School LC Oscillation: Current Flow & Charge Polarity
when in LC oscillation current flow from inductance to capacitor and charge is opposite polarity. why don't current flow in reverse of it and charging the capacitor in same manner as it was earlier.- Kaushik Classes
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- Charge Current Current flow Flow Lc Oscillation Polarity
- Replies: 2
- Forum: Electromagnetism
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Undergrad Induced Current in Stretched Square Loop: Flux Change and Direction?
when a square loop is stretched to make a rectangular or circular loop(wire length remain same) in uniform magnetic field into the plane of paper what could be the direction of induced current. please share explanation as well- Kaushik Classes
- Thread
- Current Induced Induced current Loop
- Replies: 3
- Forum: Electromagnetism
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Graduate What charges generate EM waves in free space?
Agree with you . as once they are generated electric and magnetic field sustain each other and they progress. so how does the sun light travel and what is the mechanism that generate the electromagnetic wave from sun?- Kaushik Classes
- Post #6
- Forum: Electromagnetism
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Graduate What charges generate EM waves in free space?
but how these electric field get generated?could you please explain this concept?- Kaushik Classes
- Post #3
- Forum: Electromagnetism
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Graduate What charges generate EM waves in free space?
as we know light travel in vacuum because of oscillation of electric and magnetic field and both are perpendicular to each other. But i don understand how these electric and magnetic fields get generated in vacuum. as electric filed can vary by oscillating charge and that generate varying...- Kaushik Classes
- Thread
- Charges Em Em waves Free space Space Waves
- Replies: 7
- Forum: Electromagnetism