Maharashtra Board Class 12 Solutions for Physics Chapter 10 Magnetic Fields Due to Electric Current – Download Free PDF with Solution
When an electric current passes through a conductor, it creates a magnetic field. The strength of the magnetic fields depends on different variables. This chapter will explain how the intensity of a magnetic field increases or decreases with the changes in electric current in a conductor.
To understand the basic concepts of Magnetic Fields due to Electric Current, focus on the concise solutions prepared by the subject experts of Vedantu. Find out how they have answered the exercise questions of this chapter and prepare this chapter well.
Maharashtra Board Class 12 Solutions for Physics Chapter 10 Magnetic Fields Due to Electric Current - PDF will be uploaded soon
FAQs on Maharashtra Board Class 12 Solutions for Physics Chapter 10 Magnetic Fields Due to Electric Current - PDF
1. What is the direction followed by the magnetic field lines?
All the magnetic field lines flow from the South Pole to the North Pole inside a magnet but the opposite outside it.
2. What is a solenoid?
A conductor coiled on a non-conductor is called a solenoid. The conductor is insulated. It is used to make electromagnets and circuits.
3. What is a toroid?
A toroid is formed by coiling a conductor on a doughnut-shaped non-conductor. It is used in electric circuits when a large inductance is required.
4. What is the use of electric current-induced magnetic fields?
Magnetic fields induced due to electric current can be controlled in terms of intensity. They are used in making generators, sound devices, instruments, etc.
5. What is a conductor?
A material that allows the electrons to flow easily is called a conductor.