Rules for Determining the Direction of Magnetic Field
The direction of magnetic field around a current carrying conductor can be determined by using one of the laws given here. Rule Pictorial Representation Right Hand Thumb Rule Imagine that you are holding the conductor in your right hand with the fingers..
The direction of magnetic field around a current carrying conductor can be determined by using one of the laws given here. Rule Pictorial Representation Right Hand Thumb Rule Imagine that you are holding the conductor in your right hand with the fingers..Neutral Points in a Magnetic Field
As a result of two magnetic fields acting at the same place, the resultant field has a special feature. At a particular point, if the compass needle does not point in any particular direction, then there is no net magnetic field..
Neutral Points in a Magnetic Field
As a result of two magnetic fields acting at the same place, the resultant field has a special feature. At a particular point, if the compass needle does not point in any particular direction, then there is no net magnetic field ..
As a result of two magnetic fields acting at the same place, the resultant field has a special feature. At a particular point, if the compass needle does not point in any particular direction, then there is no net magnetic field ..Magnetic Fields and Field Lines
Magnetic Fields and Field Lines - If a small compass needle is placed at a point near the north pole of a bar magnet, the needle turns round on its pivot and settles in a fixed direction as shown in figure. At other points away from the po..
Magnetic Fields and Field Lines - If a small compass needle is placed at a point near the north pole of a bar magnet, the needle turns round on its pivot and settles in a fixed direction as shown in figure. At other points away from the po..Rules for Determining the Direction of Magnetic Field
The direction of magnetic field around a current carrying conductor can be determined by using one of the law..
Magnetic Field in a Coil Carrying Current
Rule for Determining the Direction of Magnetic Field in a Coil Carrying Current - If a coil carrying current is suspended by thin elastic long conductors, it will align itself as the compass needle, i.e., one end of the coil will point in the north direction ..
Rule for Determining the Direction of Magnetic Field in a Coil Carrying Current - If a coil carrying current is suspended by thin elastic long conductors, it will align itself as the compass needle, i.e., one end of the coil will point in the north direction ..Features of Earth's Magnetic Field
The earth's magnetic field has an axis which is inclined 20 o west of the axis of rotation of earth. The point where this huge earth's magnet cuts the earth's surface are the magnetic poles. A freely suspended magnet has its north pole ..
Evaluation of Magnetic Field
Magnetic Field due to a Straight Conductor Carrying Current - Consider a straight conductor XY carrying a current I as shown. To find the magnetic field at P, consider a small current element of length dl. If be the position of point P from current ..
Magnetic Field due to a Straight Conductor Carrying Current - Consider a straight conductor XY carrying a current I as shown. To find the magnetic field at P, consider a small current element of length dl. If be the position of point P from current ..Magnetic Field Intensity on the Equatorial Line of Bar Magnet (Magnetic Dipole)
Let P be a point on the equatorial line of a short bar magnet where flux density due to the magnet is to be found out. SN = 2l, Magnetic flux density at p due to N-pole is Magnetic..
Let P be a point on the equatorial line of a short bar magnet where flux density due to the magnet is to be found out. SN = 2l, Magnetic flux density at p due to N-pole is Magnetic..Magnetic Field due to a Straight Conductor Carrying Current Consider a straight conductor XY carrying a current I as shown. To find the magnetic field at P, consider a small current element of length dl. If be the position of point P from current element q the angle between Let CO = I According to Biot and Savart's la..
Consider a straight conductor XY carrying a current I as shown. To find the magnetic field at P, consider a small current element of length dl. If be the position of point P from current element q the angle between Let CO = I According to Biot and Savart's la..See what our Users say :
This is my favorite tutoring ever. i might say that to others to, but this tutoring has thought me the most from any tutorings!! -Ashlyn
THE BEST tutoring i have ever seen and experienced! I am done now, but will most definitely come back for more help when needed. Thanks again tutorvista!!! :) - Carter
I need tutoring from tutorvista till th end of my schooling. Tutors are not only experts they are brilliant enough to make a student like me understand the concepts of differentiation and functions.
I have experienced very innovative way of learning, I joined online tutoring at Tutorvista few months back when I was in grade 10, I scored really well in grade 10 and ny parents were really happy.
Looking for More Help!
