Chapter 6: Problem 44
How can we describe the force between two charged bodies?
Chapter 6: Problem 44
How can we describe the force between two charged bodies?
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Get started for freeAn uncharged body ' \(\mathrm{X}\) ' is brought into contact with a negatively charged body 'Y', then, (1) 'X' gains negative charge. (2) 'Y' loses negative charge. (3) negative charge gained by ' \(\mathrm{X}\) ' is equal to the negative charge lost by ' \(\mathrm{Y}\) '. (4) All the above
Which of the following devices does not work on the principle of "magnetic effects of electric current"? (1) Electromagnet (2) Electric motor (3) Electric generator (4) Telegraph
Write the following steps in sequential order to prove that like charges repel each other. (a) Take two glass rods. (b) Now bring these two charged rods nearer. (c) Charge them by rubbing each glass rod with a silk cloth. (d) The glass rods repel each other showing that like charges repel each other. (1) abcd (2) acbd (3) dcba (4) bdac
Which charged particle is free to move within the body as well as from one body to another body?
Choose the correct statement: (A) In case of an electric cell, chemical energy is converted into electrical energy. (B) combination of electric cells is called a battery. (1) only 'A' is true (2) only \(\mathrm{B}\) is true (3) Both \(\mathrm{A}\) and \(\mathrm{B}\) are true (4) Both \(\mathrm{A}\) and \(\mathrm{B}\) are false
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