Use the following information to answer the next question Use the following information to answer the next question Use the following information to answer the next question Electrostatic Forces Electric Field Lines Surrounding Point Charges Three charges, A. B, and C are placed at the corners of a right angle triangle, as shown in the diagram. A-380p Refer to the above electrostatic forces diagram. The net electrostatic force on charge C is a be x 10# N. The values of a, b, c, and d, (Record your 4 digits answer) The angle of the twist of the fibre is directly proportional to__and Your answer: 10DO is a measure of Oi - the product of the charge on each sphere Use the followin - the force experienced by each charged sphere on to answer the next question Oi - the distance between the charged spheres Comparison of Electric and Gravitational - Coulomb's constant Magnitude of the field varies as 1. The correct electric field line diagram for a positive and a negative point Oi - the reciprocal of the product of the charge on each sphere - the force experienced by each charged sphere Direction of the Sold is alway med s always directed towards the centre of the 04 object producing the field. Di - the square of the distance between the charged spheres 03 - Coulomb's constant Can exert attractive or repulsive forces on a test massicharge Magnitude of the feld depends 01 mass/charge placed in the field 02 When of the following graphs best shows the relationship between from the source charge? ever to the above table. The correct statement that applies only to 13. A metal conducting rod with a pointed tip is charged negatively. The diagram that best represents the resulting electric field lines is: O ON Questions . . O 12. A small sphere, with a charge of 3.20 x 109 C, produces an electric field of 7.20 x 10* N/C at a point P. The distance from the charge to point P is a.bc x10 m. The values of a, b, c, and d, respectively, are Your answer: OOOO O Questions 23. An alpha particle is projected at 5.4 x 105 m/s perpendicular into a uniform external magnetic field. The strength of the magnetic field required to suspend the particle in the field is a.b x 10-c T. The values of a, b, c. and d, respectively, are . (Record your 4 digits answer) O Your answer: DOO Questions 25. A 0.200 m wire experiences a magnetic force of 2.12 x 10 N when it is pulled perpendicularly through a magnetic field of 2.00 T. The current in the wire is a.bc x 10- A. The values of a, b, c, and d, respectively, are . (Record your 4 digits answer) Prev Next Q Your answer: OOOO