Showing posts with label Magnetic Effect Of Electric Current. Show all posts
Showing posts with label Magnetic Effect Of Electric Current. Show all posts
Friday, 13 January 2012
Thursday, 12 January 2012
of a Straight Current-Carrying Wire(Animation)
An electric current produces a magnetic field. This applet simulates an experiment concerning the magnetic field of a straight current-carrying wire. A large current passes through a vertical wire. You can reverse the direction of this current by using the red button. The signs at the ends of the wire symbolize the poles of the connected battery. The conventional direction of current is given by the red arrow. Note that the motion of the electrons (green dots) is opposite to the conventional direction!
A compass needle which can be moved (by dragging the mouse with pressed mouse button) shows the direction of the magnetic field (blue) at a given position. North and south pole of the compass needle are painted with red respectively green colour. The influence of the earth's magnetic field is neglected in this simulation.
For Animation CLICK HERE
A compass needle which can be moved (by dragging the mouse with pressed mouse button) shows the direction of the magnetic field (blue) at a given position. North and south pole of the compass needle are painted with red respectively green colour. The influence of the earth's magnetic field is neglected in this simulation.
For Animation CLICK HERE
Lorentz Force(Animation)
This Java applet demonstrates the Lorentz force, exerted on a current-carrying conductor swing in the magnetic field of a horseshoe magnet.
You can switch on (off) the current by using the upper button ("On / Off"). The other two buttons ("Reverse current" and "Turn magnet") make it possible to change the direction of the current respectively of the magnetic field. If the corresponding checkboxes are selected, the applet will indicate the conventional direction of current (red arrows), the magnetic field lines (blue) and the Lorentz force (black arrow).
For Animation CLICK HERE
You can switch on (off) the current by using the upper button ("On / Off"). The other two buttons ("Reverse current" and "Turn magnet") make it possible to change the direction of the current respectively of the magnetic field. If the corresponding checkboxes are selected, the applet will indicate the conventional direction of current (red arrows), the magnetic field lines (blue) and the Lorentz force (black arrow).
For Animation CLICK HERE
Wednesday, 4 January 2012
Path of a Positively Charged Spinning Object
This animation will give you the idea about path followed by a positively charged spinning object in magnetic field.
For animation Click here
For animation Click here
The Electric and Magnetic Field generated by an Oscillating Charge(ANIMATION)
The animation will give you the idea about The Electric and Magnetic Field generated by an Oscillating Charge..From the animation it will be more clear how the electric field and magnetic field are perpendicular to each other.And how exactly they are perpendicular to direction of propagation also.
Watch this Its really good.
Requirements -Flash player
For Animation Click Here
