मराठी

The Magnetic Field Lines in the Middle of the Current-carrying Solenoid Are? (A) Circles (B) Spirals (C) Parallel to the Axis of the Tube (D) Perpendicular to the Axis of the Tube

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प्रश्न

The magnetic field lines in the middle of the current-carrying solenoid are?

(a) circles
(b) spirals
(c) parallel to the axis of the tube
(d) perpendicular to the axis of the tube

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उत्तर

parallel to the axis of the tube

The magnetic field lines in the middle of a current-carrying solenoid are parallel to the axis of the tube because magnetic field is uniform inside a solenoid.

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  या प्रश्नात किंवा उत्तरात काही त्रुटी आहे का?
पाठ 5: Magnetic Effects of Electric Current - Exercise 2 [पृष्ठ ८३]

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लखमीर सिंह Physics [English] Class 10
पाठ 5 Magnetic Effects of Electric Current
Exercise 2 | Q 34 | पृष्ठ ८३

संबंधित प्रश्‍न

Imagine that you are sitting in a chamber with your back to one wall. An electron beam, moving horizontally from back wall towards the front wall, is deflected by a strong magnetic field to your right side. What is the direction of magnetic field?


What is the shape of a current-carrying conductor whose magnetic field pattern resembles that of a bar magnet?


What is a solenoid? Draw a sketch to show the magnetic field pattern produced by a current-carrying solenoid.


 List three ways in which the magnetic field strength of a current-carrying solenoid can be increased?


What type of core should be put inside a current-carrying solenoid to make an electromagnet?


What happens when a current-carrying conductor is placed in a magnetic field?


When is the force experienced by a current-carrying conductor placed in a magnetic field largest?


For Fleming's left-hand rule, write down the three things that are 90° to each other, and next to each one write down the finger or thumb that represents it.


State two ways to increase the force on a current-carrying conductor in a magnetic field.


 Name one device whose working depends on the force exerted on a current-carrying coil placed in a magnetic field. 


The force exerted on a current-carrying wire placed in a magnetic field is zero when the angle between the wire and the direction of magnetic field is: 

 45°
 60°
 90°
 180°

 


If the current in a wire is flowing in the vertically downward direction and a magnetic field is applied from west to east, what is the direction of force in the wire?


Two coils A and B of insulated wire are kept close to each other. Coil A is connected to a galvanometer while coil B is connected to a battery through a key. What would happen if: 

the current is stopped by removing the plug from the key? 

Explain your answer mentioning the name of the phenomenon involved. 


The following diagram shows two parallel straight conductors carrying the same current. Copy the diagram and draw the pattern of the magnetic field lines around them showing their directions. What is the magnitude of the magnetic field at a point 'X' which is equidistant from the conductors? Give justification for your answer.


State whether a magnetic field is associated or not around a static charge.


Write Fleming’s left hand rule.


Assertion (A): A magnetic field exerts a force on a moving charge in the same direction as the direction of the field itself.
Reason (R): The direction of force is given by Fleming’s left-hand rule.


A copper wire is held between the poles of a magnet

The current in the wire can be reversed. The pole of the magnet can also be changed over. In how many of the four directions shown can the force act on the wire?


Which of the following pattern correctly describes the magnetic field around a long straight wire carrying current?


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