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A 0.10 m 10. From the diagram to the right determine the net electrostatic force on the charge labeled C. [16.8 N at 12.6° W of S] -2.00 μC +3.00 µC 0.075 m C +4.00 μC

A 0.10 m 10. From the diagram to the right determine the net electrostatic force on the charge labeled C. [16.8 N at 12.6° W of S] -2.00 μC +3.00 µC 0.075 m C +4.00 μC

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solve question 10 with complete explanation within 15-30 mins and get multiple upvotes
7. The electric force between two charged objects is 5.2 x 104 N when the objects are 3.11 x 10' m apart. What is the electric force between the same objects if the distance is changed to 4.04 x 10' m? (3.1 x 104 N) -ant Contember 2020 B. A metal sphere with a negative charge of 3.00 µC is placed 12.0 cm from another similar metal sphere with a positive charge of 2.00 µC. The two spheres momentarily touch, and then return to their original positions. Calculate the electrostatic force acting on the two metal spheres. [1.56 x 101 N [repulsion]] 9. A metal sphere with a charge of -2.50 x 109 C is 1.50 cm to the left of a second metal sphere with a charge of +1.50 x 10° C. A third metal sphere of -1.00 x 10° C is situated 2.00 cm to the right of the second charged sphere. If all three charges form a line, determine the net electrostatic force on the second sphere. [1.16 x 104 N [left]] A 0.10 m 10. From the diagram to the right determine the net electrostatic force on the charge labeled C. [16.8 N at 12.6° W of S] -2.00 µC +3.00 µC 0.075 m C +4.00 μC 11. Two point charged objects produce an electric force of 0.0620 N on each other. What is the electric force if the distance between them increases three times and one of the charges is doubled? (0.0138 N)
Transcribed Image Text:7. The electric force between two charged objects is 5.2 x 104 N when the objects are 3.11 x 10' m apart. What is the electric force between the same objects if the distance is changed to 4.04 x 10' m? (3.1 x 104 N) -ant Contember 2020 B. A metal sphere with a negative charge of 3.00 µC is placed 12.0 cm from another similar metal sphere with a positive charge of 2.00 µC. The two spheres momentarily touch, and then return to their original positions. Calculate the electrostatic force acting on the two metal spheres. [1.56 x 101 N [repulsion]] 9. A metal sphere with a charge of -2.50 x 109 C is 1.50 cm to the left of a second metal sphere with a charge of +1.50 x 10° C. A third metal sphere of -1.00 x 10° C is situated 2.00 cm to the right of the second charged sphere. If all three charges form a line, determine the net electrostatic force on the second sphere. [1.16 x 104 N [left]] A 0.10 m 10. From the diagram to the right determine the net electrostatic force on the charge labeled C. [16.8 N at 12.6° W of S] -2.00 µC +3.00 µC 0.075 m C +4.00 μC 11. Two point charged objects produce an electric force of 0.0620 N on each other. What is the electric force if the distance between them increases three times and one of the charges is doubled? (0.0138 N)
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