Magnetism + Calculus + Mechanics = Megatulics

Let an Super Conducting Square Loop ( having negligible resistance ) and has Self inductance "L" and has mass of "m" and side length \(l\) is released from rest in the gravity from the height "H" at time t=0.There is an infinitely Long current carrying wire which is in Same Plane of that of Square Loop and current \({ I }_{ 0 }\) flowing in it.

Then Find The Velocity of the square loop when it is at height of \(\frac { H }{ 4 } \) from the wire.

Details and assumptions

\(\bullet \quad m=1\quad kg\\ \bullet \quad L=10\quad henry\\ \bullet \quad l=1m\\ \bullet \quad { I }_{ 0 }={ 10 }^{ 7 }\quad Amp.\\ \bullet \quad H=2\quad m\\ \bullet \quad g=9.8\quad m/{ s }^{ 2 }\).

This is Original
This is Part of this Set Mixing of Concepts

Problem Loading...

Note Loading...

Set Loading...