Magnetic flux through a coil9/6/2023 Number of turns of the coiled conductor.What may be the factors affecting the induced emf? → On which instance does a change in magnetic flux linked with the solenoid occur? (while it is moving/ while it is stationary) → On which instance will the magnetic flux linked with the solenoid be greater? → On which instance will the magnetic flux linked with the solenoid be less? (The figure indicates the two stages of doing the experiment) Number of turns increased.Strong Magnet used Magnet / Solenoid moves with greater speed. → Which were the instances in which the current increased? Whenever there is a relative motion between the magnet and the solenoid, there is flow of electricity. → Which were the instances in which there was a flow of current through the solenoid? Whenever there is a change in the magnetic flux linked with a coil, an emf is induced in the coil. → Why did the galvanometer needle deflect in the experiment? On the basis of the experiments complete the table (3.2). Using magnet of high strength, and increasing the number of turns in the solenoid, the experiment is repeated. Record your observations in the table given below. You know that electrical energy can be converted into many other forms. Kerala State Syllabus 10th Standard Physics Solutions Chapter 3 Electro Magnetic Induction Electro Magnetic Induction Text Book Questions and Answers You can Download Electro Magnetic Induction Questions and Answers, Summary, Activity, Notes, Kerala Syllabus 10th Standard Physics Solutions Chapter 3 help you to revise complete Syllabus and score more marks in your examinations.
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