A solenoid having a length 25cm and total nnumber of turns equal to 500 , carries a current of 15A . If we consider it to be a magnet then find its magnetization.

Question

A solenoid having a length 25cm and total nnumber of turns equal to 500 , carries a current of 15A . If we consider it to be a magnet then find its magnetization. (A) 3π Am- 1 (B) 30000 Am- 1 (C) 30000π Am- 1 (D) 300 Am- 1

Tardigrade Admin · Accepted Answer

<img class="img-fluid question-image" alt="Solution" src="https://cdn.tardigrade.in/q/nta/p-r24ea3orhvwcb4jo.jpg" /> Volume = Al Magnetization overset arrow M=(m a g n e t i c m o n e n t /V o l u m e ) =((N o . o f t u r n s) × (C u r r e n t) × A r e a/V o l u m e) =(N I A/A l) =(N I/l) =(500 × 15 × 100/25) =60× 500 =30× 103 =30000 Am- 1

Q. A solenoid having a length $25 c m$ and total nnumber of turns equal to $500$ , carries a current of $15 A$ . If we consider it to be a magnet then find its magnetization.

$3 π A m^{- 1}$

$30000 A m^{- 1}$

$30000 π A m^{- 1}$

$300 A m^{- 1}$

Q. A solenoid having a length 25cm and total nnumber of turns equal to 500 , carries a current of 15A . If we consider it to be a magnet then find its magnetization.

3πAm−1

30000Am−1

30000πAm−1

300Am−1

Volume=Al MagnetizationM→=Volumemagneticmonent​ =Volume(No.ofturns)×(Current)×Area​ =AlNIA​ =lNI​ =25500×15×100​ =60×500 =30×103 =30000Am−1

Q. A solenoid having a length $25 c m$ and total nnumber of turns equal to $500$ , carries a current of $15 A$ . If we consider it to be a magnet then find its magnetization.

$3 π A m^{- 1}$

$30000 A m^{- 1}$

$30000 π A m^{- 1}$

$300 A m^{- 1}$