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What was the length of one of your pieces of tape? 0.235 What was the mass of one of your pieces of tape? 2e-5 V kg What was the distance between your two tapes when one began to float above the other? 0.089 What was the magnitude of the gravitational force on the floating piece of tape? 0.000196 v N What was the magnitude of the electric force on the floating tape? 0.000196 What assumptions, approximations, or idealizations did you have to make to determine approximately the amount of charge on the floating tape? O Ignore air resistance on a moving object. O Assume that each U tape you made had about the same amount of charge. V Treat long tape as though it were a point charge, with all the charge concentrated at the center of the long tape. What was the approximate charge on the floating tape? Q = How many electrons (excess or deficiency) does this charge represent? N = electrons

What was the length of one of your pieces of tape? 0.235 What was the mass of one of your pieces of tape? 2e-5 V kg What was the distance between your two tapes when one began to float above the other? 0.089 What was the magnitude of the gravitational force on the floating piece of tape? 0.000196 v N What was the magnitude of the electric force on the floating tape? 0.000196 What assumptions, approximations, or idealizations did you have to make to determine approximately the amount of charge on the floating tape? O Ignore air resistance on a moving object. O Assume that each U tape you made had about the same amount of charge. V Treat long tape as though it were a point charge, with all the charge concentrated at the center of the long tape. What was the approximate charge on the floating tape? Q = How many electrons (excess or deficiency) does this charge represent? N = electrons

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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Please only answer these questions:

What was the approximate charge on the floating tape? 

How many electrons (excess or deficiency) does this charge represent?

 

Enter your data and results here. Use SI units throughout (meters, kilograms, seconds, coulombs, and units derived from these fundamental units, such as newtons). WebAssign cannot check whether or not you have correctly recorded your data (except for catching mistakes such as forgetting to convert centimeters to meters), but it can check the calculation do based on the data you report. What was the length of one of your pieces of tape? 0.235 m What was the mass of one of your pieces of tape? 2e-5 kg What was the distance between your two tapes when one began to float above the other? 0.089 What was the magnitude of the gravitational force on the floating piece of tape? 0.000196 N What was the magnitude of the electric force on the floating tape? 0.000196 What assumptions, approximations, or idealizations did you have to make to determine approximately the amount of charge on the floating tape? O Ignore air resistance on a moving object. V Assume that each U tape you made had about the same amount of charge. V Treat a long tape as though it were a point charge, with all the charge concentrated at the center of the long tape. What was the approximate charge on the floating tape? Q = How many electrons (excess or deficiency) does this charge represent? N = electrons
Transcribed Image Text:Enter your data and results here. Use SI units throughout (meters, kilograms, seconds, coulombs, and units derived from these fundamental units, such as newtons). WebAssign cannot check whether or not you have correctly recorded your data (except for catching mistakes such as forgetting to convert centimeters to meters), but it can check the calculation do based on the data you report. What was the length of one of your pieces of tape? 0.235 m What was the mass of one of your pieces of tape? 2e-5 kg What was the distance between your two tapes when one began to float above the other? 0.089 What was the magnitude of the gravitational force on the floating piece of tape? 0.000196 N What was the magnitude of the electric force on the floating tape? 0.000196 What assumptions, approximations, or idealizations did you have to make to determine approximately the amount of charge on the floating tape? O Ignore air resistance on a moving object. V Assume that each U tape you made had about the same amount of charge. V Treat a long tape as though it were a point charge, with all the charge concentrated at the center of the long tape. What was the approximate charge on the floating tape? Q = How many electrons (excess or deficiency) does this charge represent? N = electrons
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