State right hand thumb rule to find the direction of magnetic field around a current carrying conductor straight conductor how will this magnetic field be affected on increasing the current through the conductor be changing the direction of flow of current in the conductor
Answers
Answered by
75
Hey friend
here is your answer
The right hand thunb rule states that If we hold a current carrying conductor in our right hand such that our thumb represents the direction of the flow of current, then the direction of the folded finger will represent the direction of the magnetic field.
If we increase the magnitude of the current, the radius of the magnetic field will also increase.
If the direction of the flow of the current is reversed, the direction of the magnetic field also gets changed.
glad to help you
hope it helps
thank you.
here is your answer
The right hand thunb rule states that If we hold a current carrying conductor in our right hand such that our thumb represents the direction of the flow of current, then the direction of the folded finger will represent the direction of the magnetic field.
If we increase the magnitude of the current, the radius of the magnetic field will also increase.
If the direction of the flow of the current is reversed, the direction of the magnetic field also gets changed.
glad to help you
hope it helps
thank you.
Answered by
5
Answer:
Hey friend
here is your answer
The right hand thunb rule states that If we hold a current carrying conductor in our right hand such that our thumb represents the direction of the flow of current, then the direction of the folded finger will represent the direction of the magnetic field.
If we increase the magnitude of the current, the radius of the magnetic field will also increase.
If the direction of the flow of the current is reversed, the direction of the magnetic field also gets changed.
glad to help you
hope it helps
thank you.
Similar questions