A circular coil of wire 3.2 cm in diameter has a resistance of 3.6 ohms. It is located in a magn

Question

Supratim Pal · Answer

Hello and welcome to this video solution of numerate. Here it&#x27;s given that there is a loop havin

Vishal Gupta · Answer

Hi, in the given problem, radius of the circular conducting coil is given as r is equal to 2 .6

Adi S · Answer

In the following question, the magnetic field is equals to B max e to the power minus t upon 4 .

Adi S · Answer

given is a circular coil of wire of diameter 6 .33 centimeter that is 0 .0633 meters. So, radius

Mayukh Banik · Answer

The flux is given by b .a equals b a cosine theta. So initial flux and the final flux is given b