solve question 9 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' mapart. 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 2020B. A metal sphere with a negative charge of 3.00 µC is placed 12.0 cm from another similar metal spherewith a positive charge of 2.00 µC. The two spheres momentarily touch, and then return to theiroriginal 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 acharge 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 thesecond charged sphere. If all three charges form a line, determine the net electrostatic force on thesecond sphere. [1.16 x 104 N [left]]A0.10 m10. From the diagram to the right determine the netelectrostatic force on the charge labeled C. [16.8 N at12.6° W of S]-2.00 µC+3.00 µC0.075 mC+4.00 μC11. Two point charged objects produce an electric force of 0.0620 N on each other. What is the electricforce if the distance between them increases three times and one of the charges is doubled? (0.0138N)

We will use electrostatic formula for both the charges,

9. A metal sphere with a charge of -2.50 x 10º C is 1.50 cm to the left of a second metal sphere with a charge of +1.50 x 109 C. A third metal sphere of -1.00 x 109 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]]

9. A metal sphere with a charge of -2.50 x 10º C is 1.50 cm to the left of a second metal sphere with a charge of +1.50 x 109 C. A third metal sphere of -1.00 x 109 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]]

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