Difference between revisions of "Electromagnetic induction fleming right hand rule activity 2"

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(Created page with "{{Subst:Science-Activity}}")
 
 
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__FORCETOC__
 
__FORCETOC__
=Activity No # 1 - '''Name of Activity'''=
+
=Activity No # 1 - '''Force on a current carring conductor in a magentic field'''=
  
 
==Estimated Time==
 
==Estimated Time==
 
+
20 minutes
 
==Materials/ Resources needed==  
 
==Materials/ Resources needed==  
 +
#A thick copper wire
 +
#Lab Stand
 +
#Connecting copper wires
 +
#A Horse Shoe magnet
 +
#Battery
 
==Prerequisites/Instructions, if any==
 
==Prerequisites/Instructions, if any==
 
==Multimedia resources==
 
==Multimedia resources==
 
==Website interactives/ links/ simulations==
 
==Website interactives/ links/ simulations==
 
==Process (How to do the activity)==
 
==Process (How to do the activity)==
 +
A thick copper wire AC suspended at its ends A and C from the support by means of threads in a magentic field B between the poles N and S of a horse shoe magent, with its length AC normal to of the magnetic field lines of the magnet. The ends A and C of the conductor are connected to a rheostat, key and battery. In figure the mangetic field B is in the plane of paper in upward direction.
 +
 
==Developmental Questions (What discussion questions)==
 
==Developmental Questions (What discussion questions)==
 
==Evaluation (Questions for assessment of the child)==
 
==Evaluation (Questions for assessment of the child)==

Latest revision as of 02:22, 16 November 2014

Activity No # 1 - Force on a current carring conductor in a magentic field

Estimated Time

20 minutes

Materials/ Resources needed

  1. A thick copper wire
  2. Lab Stand
  3. Connecting copper wires
  4. A Horse Shoe magnet
  5. Battery

Prerequisites/Instructions, if any

Multimedia resources

Website interactives/ links/ simulations

Process (How to do the activity)

A thick copper wire AC suspended at its ends A and C from the support by means of threads in a magentic field B between the poles N and S of a horse shoe magent, with its length AC normal to of the magnetic field lines of the magnet. The ends A and C of the conductor are connected to a rheostat, key and battery. In figure the mangetic field B is in the plane of paper in upward direction.

Developmental Questions (What discussion questions)

Evaluation (Questions for assessment of the child)

Question Corner

To link back to the topic page Give the link of the page name from where activity was given Back