Box A has a charge of QA = +3.00 µC and mass of 543 g. Box B has a mass of 752 g and charge QB =String 2- 4.35 µC and is located at a distance of 12.0 cm from box A. Box C has no charge and has a mass of 905 g.BString 1Considering all three boxes and pulley remain at rest, find the tension in string 1 and string 2.Take 0 = 36.0° and the friction between the incline and boxes A and B to be zero. (Note: no mark will begiven to solutions without FBD).

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Box A has a charge of QA = +3.00 µC and mass of 543 g. Box B has a mass of 752 g and charge QB = String 2 - 4.35 µC and is located at a distance of 12.0 cm from box A. Box C has no charge and has a mass of 905 g. Considering all three boxes and pulley remain at rest, find the tension in string 1 and string 2. String 1 Take 0 = 36.0° and the friction between the incline and boxes A and B to be zero. (Note: no mark will be given to solutions without FBD).

Box A has a charge of QA = +3.00 µC and mass of 543 g. Box B has a mass of 752 g and charge QB = String 2 - 4.35 µC and is located at a distance of 12.0 cm from box A. Box C has no charge and has a mass of 905 g. Considering all three boxes and pulley remain at rest, find the tension in string 1 and string 2. String 1 Take 0 = 36.0° and the friction between the incline and boxes A and B to be zero. (Note: no mark will be given to solutions without FBD).

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter5: Electric Charges And Fields

Section: Chapter Questions

Problem 124AP: The charge unit length on the thin shown below is .What is the force on the point charge q? Solve...

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