1.Bring the charged object close to, but not touching, the conductor. Charge on the conductor shifts in response to the nearby charged object.
2.Connect the conductor to ground. ...
3.Remove the ground connection. ...
4.Remove the charged object.
Explanation:
INDUCTION:Charging an uncharged conductor by bringing a charged conductor near it without touching is called INDUCTION.
Place uncharged conductor B near positively charged conductor A nearer end of B has negatively charged electrons attracted towards positively protons remain on the farther end of B.
Hence, nearer end of B is charged oppositely i.e. negative. We can test it by pith ball electroscope. On removing charged body A away from B. The body B becomes neutral due to protons and electron in B are equal and have opposite charge.
In this process, a charged object is brought near but not touched to a neutral conducting object. The presence of a charged object near a neutral conductor will induce (force) electrons within the conductor to move. The movement of electrons leaves an imbalance of charge on opposite sides of the neutral conductor.
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Verified answer
Answer:
Charging by Induction
1.Bring the charged object close to, but not touching, the conductor. Charge on the conductor shifts in response to the nearby charged object.
2.Connect the conductor to ground. ...
3.Remove the ground connection. ...
4.Remove the charged object.
Explanation:
INDUCTION: Charging an uncharged conductor by bringing a charged conductor near it without touching is called INDUCTION.
Place uncharged conductor B near positively charged conductor A nearer end of B has negatively charged electrons attracted towards positively protons remain on the farther end of B.
Hence, nearer end of B is charged oppositely i.e. negative. We can test it by pith ball electroscope. On removing charged body A away from B. The body B becomes neutral due to protons and electron in B are equal and have opposite charge.
Answer:
In this process, a charged object is brought near but not touched to a neutral conducting object. The presence of a charged object near a neutral conductor will induce (force) electrons within the conductor to move. The movement of electrons leaves an imbalance of charge on opposite sides of the neutral conductor.