Three identical conducting spheres are mounted on insulating handles.  Sphere 1 has a charge of +5Q,  sphere 2 has a charge of −3Q, and sphere 3 has a charge of +Q.There are 24 excess electrons on the surface of sphere 2.  What is the electric charge on sphere 1? (The magnitude of electron charge is 1.6 × 10-19 C.)A.0.96 × 10‒18 CB.1.28 × 10‒18 CC.4.80 × 10‒18 CD.6.40 × 10‒18 C

Two small spheres with charges q1 and q2 are 20 cm apart.  A third sphere with a charge of −2.0 nC is placed directly between them.If the sphere with charge q2 experiences a zero net electric force, what is the value of q1?A.−8 nCB.4 nCC.8 nCD.16 nC

A solid conducting sphere of radius R1 = 1.466 m𝑅1 = 1.466 m has a charge of Q distributed evenly on its surface. A second solid conducting sphere of radius R2 = 0.7079 m𝑅2 = 0.7079 m is initially uncharged. The second sphere is located a distance of 10 m from the first sphere. The two spheres are momentarily connected with a wire and then the wire is disconnected. The charge on the second sphere is now 3.08E-6 C. What was the original charge Q on the first sphere before the two spheres were connected?  C

In the figure, metal sphere A has 4 negative charge units and metal sphere B has 2 positive charge units. What is the charge state of the spheres after you touch them together? Sphere A has +2 charge and sphere B has -4 charge. Sphere A and sphere B each have -2 charge. Sphere A has -2 charge and sphere B has 0 charge. Sphere A and sphere B each have -1 charge.

Three conducting plates are given 3Q, –2Q and Q charge as shown in figure. After distribution of charge find value of q1, q2, q3, q4, q5 and q6.

How many electrons must be removed from an electrically neutral silver dollar to give it a charge of +3.8 C? 2. How many electrons would be required to have a total charge of 1.00 C? 3. Two point charges are separated by 10.0 cm. If one charge is +20.0 C and the other is –6.00 C, what is the force between them? 4. Determine the electrostatic force of attraction between a proton and a electron that are separated by a distance of 5.0 x 102 nm. 5. Two identical point charges are 3.00 cm apart. Find the charge on each of them if the force of repulsion is 4.00 x 10–7 N. 6. Two identical point charges are separated by a distance of 3.0 cm and they repel each other with a force of 4.0 x 10–5 N. What is the new force if the distance between the point charges is doubled? 7. An electric force of 2.5 x 10–4 N acts between two small, equally charged spheres which are 2.0 cm apart. Calculate the force acting between the spheres if the charge on one sphere is doubled and the spheres move to a 5.0 cm separation. 8. Three particles are placed on a straight line. The left particle has a charge of +4.6 x 10-6 C, the middle particle has a charge of –2.3 x 10-6 C, and the right particle has a charge of –2.3 x 10-6 C. The particle on the left is 12 cm from the middle particle and the right particle is 24 cm from the middle particle. Find the total force on the middle particle. 9. Three charges are located on a straight line. A charge of +7.5 C is 0.4 cm from a –4.0 C charge. The –4.0 C charge is in turn 0.6 cm away from a +9.0 C charge. What is the net electric force on the middle (-4.0 C) charge? 10. Three charges are located in an equilateral triangle with sides of 0.5 m. The charge located at the top is +3.5C while the two bottom charges are +5.0 C and –5.0 C. What is the net electric force (magnitude and direction) acting on the top charge?