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16 x 10C on with a charge of-2 lon with a charge of +5

16 x 10C on with a charge of-2 lon with a charge of +5

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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1. lon with a charge of +3 Solution: (+3e)(1C/6.242 x 10 e) 4,806 x 101" C 2. Ion with a charge of -2 again. Write your observation in the box. 3. lon with a charge of +5 Rubbing these two bodies will force their atom to interact with one another resulting in the "ripping off" of electron/s from the body with a weaker electron hold. The ripped off electrons are then transferred to the other body. After rubbing, one of the bodies will have more electrons and the other one will have fewer. Thus, both of them will now be electrically charged. Charging by rubbing also explains why we experience a weak electrie shock when suddenly touch a metallic object after walking on a carpeted floor. Conductors are materials that allow electrical charges to move from one material to another. Conductors may be charged through different methods following section discusses these charging methods in detail. Charging by Rubbing An electrically neutral body can gain a charge by rubbing or friction. different uncharged bodies. Because of the difference in their material compositions, the nuclei of their atoms pull their electrons with different strengths. Let's demonstrate charging by rubbing. You need a ball pen and a tiny piece of paper. Rub your ball pen for 15 times in your skin or hair. Then move the ball pen closer to the tiny piece of paper. Try it rubbing, conduction and induction. The An object that holds its electrons weakly will eventually lose them when rubbed with another object that has stronger hold in its electrons. Similarly, you should strongly hold on to whatever is important to you so that you won't lose it when rough times come or when you need it. Consider two Charging by Conduction A body can also be electrically charged through conduction. Consider a neutral body A. Charges in A are evenly distributed throughout the material. Suppose a strongly negative body B is brought near A. The negative charges of A will move to the side farther from where B is. Consequently, the positive charges of A will be attracted toward the side near B. If B will touch A, some of B's negative charges will transfer to A as these spread away from
Transcribed Image Text:1. lon with a charge of +3 Solution: (+3e)(1C/6.242 x 10 e) 4,806 x 101" C 2. Ion with a charge of -2 again. Write your observation in the box. 3. lon with a charge of +5 Rubbing these two bodies will force their atom to interact with one another resulting in the "ripping off" of electron/s from the body with a weaker electron hold. The ripped off electrons are then transferred to the other body. After rubbing, one of the bodies will have more electrons and the other one will have fewer. Thus, both of them will now be electrically charged. Charging by rubbing also explains why we experience a weak electrie shock when suddenly touch a metallic object after walking on a carpeted floor. Conductors are materials that allow electrical charges to move from one material to another. Conductors may be charged through different methods following section discusses these charging methods in detail. Charging by Rubbing An electrically neutral body can gain a charge by rubbing or friction. different uncharged bodies. Because of the difference in their material compositions, the nuclei of their atoms pull their electrons with different strengths. Let's demonstrate charging by rubbing. You need a ball pen and a tiny piece of paper. Rub your ball pen for 15 times in your skin or hair. Then move the ball pen closer to the tiny piece of paper. Try it rubbing, conduction and induction. The An object that holds its electrons weakly will eventually lose them when rubbed with another object that has stronger hold in its electrons. Similarly, you should strongly hold on to whatever is important to you so that you won't lose it when rough times come or when you need it. Consider two Charging by Conduction A body can also be electrically charged through conduction. Consider a neutral body A. Charges in A are evenly distributed throughout the material. Suppose a strongly negative body B is brought near A. The negative charges of A will move to the side farther from where B is. Consequently, the positive charges of A will be attracted toward the side near B. If B will touch A, some of B's negative charges will transfer to A as these spread away from
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