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What is the direction of magnetic field at the centre of a coil carrying current in clockwise ? - Physics

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प्रश्न

What is the direction of magnetic field at the centre of a coil carrying current in clockwise ?

एक पंक्ति में उत्तर

उत्तर

Along the axis of coil inwards.

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अध्याय 10: Electro-Magnetism - Exercise 10 (A) 1 [पृष्ठ २४०]

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सेलिना Physics [English] Class 10 ICSE
अध्याय 10 Electro-Magnetism
Exercise 10 (A) 1 | Q 9.1 | पृष्ठ २४०

संबंधित प्रश्न

The back face of a circular loop of wire is found to be south magnetic pole. The direction of current in this face of the circular loop of wire will be: 

(a) towards south
(b) clockwise
(c) anticlockwise
(d) towards north 


Draw a labelled diagram showing the three magnetic field lines of a loop carrying current. Mark the direction of current and the direction of magnetic field by arrows in your diagram.


What is the direction of magnetic field at the centre of a coil carrying current in the anticlockwise direction?


Which of the statement given below correctly describes the magnetic field near a long, straight current carrying conductor?


What is a solenoid? Compare the magnetic field produced by a solenoid with the magnetic field of a bar magnet. Draw neat figures and name various components.


Answer the following question.
Explain with the help of the pattern of magnetic field lines the distribution of the magnetic field due to a current-carrying a circular loop.


State and illustrate the rule used for finding the polarity of the faces of a circular coil.


An induced emf is produced when a magnet is moved into a coil. The magnitude of induced emf does not depend on ____________.


Why does a magnetic compass needle pointing North and South in the absence of a nearby magnet get deflected when a bar magnet or a current carrying loop is brought near it. Describe some salient features of magnetic lines of field concept.


Explain the phenomenon of electromagnetic induction. Describe an experiment to show that a current is set up in a closed loop when an external magnetic field passing through the loop increases or decreases.


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