3) According to symmetry both balls will have same charge so that potential of both balls is same. So final charge on ball A is
+q/4
4) protons and electrons
3. Two identical metal balls A and B are mounted on insulating rods. Ball A has...
Three identical metal balls A, B, and C are mounted on insulating rods. Ball A has a charge +q, and balls B and C are initially uncharged. Ball A is touched first to ball B and then separately to ball C. At the end of the experiment, the charge on ball A is
5. Two identical metal balls are mounted on insulating rods. Ball A has a charge of +q and Ball B (I poim) is initially uncharged. Ball A is touched to Ball B. At the end of the experiment, what is the charge on Ball A? 6. The charge at the bottom of the figure is e-+23 nC. What is the magnitude of the force ? on ( point) the charge Q? 6 nC 5 em , 45 45 5em 02.1...
Physics help please! The figure shows two uncharged metal balls, X and Y, supported on insulating stands. A third ball, Z, carrying a negative charge, is brought near the first two. A conducting wire is then run between X and Y. The wire is then removed, and ball Z is finally removed. When this is all done it is found that: Options: (choose the correct one) a) ball X is — and ball Y is + b) balls X and...
A couple of small insulating balls are attached by separate .25 m threads. The balls are identical and the threads are attached to a common point on the ceiling. The mass of each ball is .00080 kg. Initially the balls are uncharged and hang straight down. They are then given the same positive charges and, as a result, spread apart with an angle of 36o between the threads. a. Determine the distance between the two balls after they are charged....
A couple of small insulating balls are attached by separate 0.25 m threads. The balls are identical and the threads are attached to a common point on the ceiling. The mass of each ball is .00080 kg. Initially the balls are uncharged and hang straight down. They are then given the same positive charges and, as a result, spread apart with an angle of 36o between the threads. a. Determine the distance between the two balls after they are charged....
Please show work 10. Two uncharged metal ball, X and Y, stand on glass rods. A third ball Z carrying a positive charge, is brought near ball Y. A conducting wire is then run between X and Y. The wire is then removed, and ball 2 is taken away. When this is all done what will be the sign of the charges on balls x and Y? Explain your reasoning
a) You're holding a small metal ball suspended on a piece of insulating string from the ceiling. You and the ball are both initially electrically neutral. A positively charged rod is brought near to the metal ball; you then let go of the metal ball. You now have a positive electric charge. This process is called charging by 1.) Electroscope. 2.) Insulation. 3.) Conduction. 4.) Induction. b) Charged glass and plastic rods hang by threads. An object attracts the glass...
of 0.33 F QUESTIONS Two identical, lightweight, electrically conducting balls hang from threads, without ever getting in contact with one another. Choose the diagram in the figure that shows how the initially neutral/uncharged) balls hang after only ball 2 has been touched by a negatively charged rod. a. A ob. Bhe CC d. D e. E QUESTION 9 As it swings back-and-forth, a pendulum reaches the maximum speed of Vo = 1.0 m/s. If this maximum speed is magnified to...
2) Three identical metal spheres are supported on insulating stands and are all neutral at the start of the experiment. Then: sphere 2 makes contact with sphere 1 while sphere 1 is close to a charged plexiglass rod. Contact is then broken with the rod in place. Sphere 2 touches sphere 3 and both spheres are taken to another part of the lab where the force between them is measured to be 0.002 N when their centers are 10 cm...
I need help with all these please! Thanks! 1. Two identical metal balls are suspended by insulating threads. Both balls have the same net charge. In this problem, do not assume the balls are point charges Ball 2 a. Draw a separate free-body diagram for each ball. Label the forces to indicate: . the object exerting the force, the object on which the force is exerted, • the type of force (gravitational, normal etc.), and • whether the force is...