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10. From this lab we can conclude that a) opposite charges repel, like charges attract. b) opposite charges attract, like charges repel. c) opposite charges attract sometimes and repel sometimes. d) like charges attract sometimes and repel sometimes.

10. From this lab we can conclude that a) opposite charges repel, like charges attract. b) opposite charges attract, like charges repel. c) opposite charges attract sometimes and repel sometimes. d) like charges attract sometimes and repel sometimes.

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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A - Aa- Font A A - H AL T Paragraph TOTOO LATE CIT OMNCT. T Normal T No Spac... Heading 1 Styles Editing Dictate Ser Voice d) the strings of the two balloons got tangled up in such a way t moved away from each other. 10. From this lab we can conclude that a) opposite charges repel, like charges attract. b) opposite charges attract, like charges repel. c) opposite charges attract sometimes and repel sometimes. d) like charges attract sometimes and repel sometimes. Ser I 11. From this lab we can conclude that a) the heat transferred when objects are rubbed together create cause objects to move towards or away from each other. sweaters have a natural affinity
Transcribed Image Text:A - Aa- Font A A - H AL T Paragraph TOTOO LATE CIT OMNCT. T Normal T No Spac... Heading 1 Styles Editing Dictate Ser Voice d) the strings of the two balloons got tangled up in such a way t moved away from each other. 10. From this lab we can conclude that a) opposite charges repel, like charges attract. b) opposite charges attract, like charges repel. c) opposite charges attract sometimes and repel sometimes. d) like charges attract sometimes and repel sometimes. Ser I 11. From this lab we can conclude that a) the heat transferred when objects are rubbed together create cause objects to move towards or away from each other. sweaters have a natural affinity
http://phet.colorado.edu/en/simulation/balloons Click on the simulation to play it. Part 1. Charge the yellow balloon by rubbing it against the sweater. To do this start the simulation, then click on and drag the yellow balloon over to the sweater and rub it against the sweater. The balloon will pick up negative charges (electrons) from the sweater. Confirm that the balloon is charged by dragging it away from the sweater and then releasing the balloon. The negatively charged balloon will be attracted to the positively charged sweater. This method of charging objects by transferring charges between them is called charging by friction or rubbing. Part 2. Charge the wall by bringing the charged yellow balloon near it. The negative charges of the wall are repelled from the balloon and move away, while the positive charges remain in place. Observe that when you now touch the balloon to the wall it will stick to the wall. This method of charging is known as charging by polarization. It requires the presence of polar molecules such as those in the materials in the wall. These polar molecules have a limited freedom to move, and they respond to charges by the slight shifts in their electron clouds. hp Part 3: Reset the simulation by clicking on the "Reset" button Click and drag on the green balloon so that it is next to the yellow balloon. Charge the yellow balloon by rubbing it against the sleeve of the sweater. Charge the green balloon by rubbing it against the bottom part of the sweater Move the green balloon to the blue area of the simulation window. Now bring the charged yellow balloon next to the yellow balloon. Since both the balloons have the same charge, you should see an interaction between these two balloons. Focus 92°F Partly cloudy 0 9:33 PM 7/17/2022
Transcribed Image Text:http://phet.colorado.edu/en/simulation/balloons Click on the simulation to play it. Part 1. Charge the yellow balloon by rubbing it against the sweater. To do this start the simulation, then click on and drag the yellow balloon over to the sweater and rub it against the sweater. The balloon will pick up negative charges (electrons) from the sweater. Confirm that the balloon is charged by dragging it away from the sweater and then releasing the balloon. The negatively charged balloon will be attracted to the positively charged sweater. This method of charging objects by transferring charges between them is called charging by friction or rubbing. Part 2. Charge the wall by bringing the charged yellow balloon near it. The negative charges of the wall are repelled from the balloon and move away, while the positive charges remain in place. Observe that when you now touch the balloon to the wall it will stick to the wall. This method of charging is known as charging by polarization. It requires the presence of polar molecules such as those in the materials in the wall. These polar molecules have a limited freedom to move, and they respond to charges by the slight shifts in their electron clouds. hp Part 3: Reset the simulation by clicking on the "Reset" button Click and drag on the green balloon so that it is next to the yellow balloon. Charge the yellow balloon by rubbing it against the sleeve of the sweater. Charge the green balloon by rubbing it against the bottom part of the sweater Move the green balloon to the blue area of the simulation window. Now bring the charged yellow balloon next to the yellow balloon. Since both the balloons have the same charge, you should see an interaction between these two balloons. Focus 92°F Partly cloudy 0 9:33 PM 7/17/2022
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