Chapter-13 Magnetic effect of electric current

NCERT Solutions for class 10 science chapter-13 Magnetic effect of electric current

This page consists of a detailed explanation of all the questions asked in the NCERT textbook for class 10 science chapter 13 Magnetic effect of electric current. NCERT Solutions for class 10 science chapter-13 Magnetic effect of electric current is prepared and uploaded by the experts of Home-tuition.com. 

About NCERT Solutions for class 10 science chapter-13 Magnetic effect of electric current

This chapter explains one of the other effects of electric current i.e. magnetic effect. This chapter helps us to understand the behaviour of current-carrying wires both experimentally and theoretically and the properties of Magnetic Field Lines. You learn about how the current-carrying conductor behaves in the presence of a magnetic field. Afterwards, we will also learn about how the strength of the magnetic field varies for different shapes of current-carrying wire e.g. straight current-carrying conductor, current-carrying circular coil, and solenoid. This chapter enables the use of Flemings Left Hand Rule and its application in Electric Motor. We will also be able to understand Fleming's Right hand Thus Rule to show the direction of induced current when a conductor attached to a circuit moves in a magnetic field, which also helps us to understand the working of Electric Generators. Towards the end of the chapter will be able to understand the difference between Alternate Current and Direct Current and their application to our household circuits.

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