A moving charged particle (+q) produces a magnetic field A No 9v 2X r. (1) On the 42r r other hand,...

Question

A moving charged particle (+q) produces a magnetic field A No 9v 2X r. (1) On the 42r r other hand, Ampere's law says the change of electric field can also induce magnetic field, • dlpo(ic + to dt )(2). a)According to equation (1), what's the magnitude of the magnetic field pl shown below, as a function of q, v, R and x? b)Demonstrate that results from part a) can be derived from the Amepere's law, as expressed in eqn (2). f rdr 1 (Hint: for part b), you need the following integration table (x2 +r) 7.2)3/2 .1/x2.1.2
dOE and also the relation: die d — —v) dt dx dt dx
-D. • (rq)

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Robert · Accepted Answer

Ampere circuital law with Maxwell correction is given by: 
∮       (     
   
  
* 
Where     is the contributed by current flowing through the loop 
   
   
  
 is contributed due to flux produced by the charge
Since we do not have any current passing through loop hence ampere law reduces: 
∮       (   
   
  
* 
Flux produced by electric charge +q in free space is:

A moving charged particle (+q) produces a magnetic field A No 9v 2X r. (1) On the 42r r other hand, Ampere's law says the change of electric field can also induce magnetic field, • dlpo(ic + to dt...

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