Problem 10 (15 points): The figure shows two disks with their central axes along the y-axis. • Disk-1 has a radius R1 =

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Problem 10 (15 points): The figure shows two disks with their central axes along the y-axis. • Disk-1 has a radius R1 =

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Problem 10 15 Points The Figure Shows Two Disks With Their Central Axes Along The Y Axis Disk 1 Has A Radius R1 1
Problem 10 15 Points The Figure Shows Two Disks With Their Central Axes Along The Y Axis Disk 1 Has A Radius R1 1 (129.45 KiB) Viewed 28 times
please solve both qustions step by step
Problem 10 15 Points The Figure Shows Two Disks With Their Central Axes Along The Y Axis Disk 1 Has A Radius R1 2
Problem 10 15 Points The Figure Shows Two Disks With Their Central Axes Along The Y Axis Disk 1 Has A Radius R1 2 (109.05 KiB) Viewed 28 times
Problem 10 (15 points): The figure shows two disks with their central axes along the y-axis. • Disk-1 has a radius R1 = 7 cm and a charge Q = 51 pС uniformly distributed over the disk. • Disk-2 has a radius R2 = 6 cm and a charge Q2 = -17 PC uniformly distributed over the disk. • The disks are separated by a distance d = 20 cm. = - = disk-1 y. R1 X R1 d A. disk-2 R2 1. (5 points) Calculate the electric field created by the disk 1 at point A. Ēi =< 2. (5 points) Calculate the electric field created by the disk 2 at point A. Ē2 =<
1 Problem 11 (30 points): In the figure below, the location A is at (-1.81,0,0) m, the location B is at (0.396,0,0) m, and location C is at / 3.4,0,0) m. The electric fields are given to be E = <17, 1, 0> N/C and E2 <-19,0,0> N/C. < ܕܫ1 Ē Ē, A B C a. (5 points) What is the electric potential difference for a path from A to B? AVAB = b. (5 point) For an electron moving along the path starting from A to B, the kinetic energy of the electron will be: O Decreasing OIncreasing C. (5 points) Calculate the change of the potential energy for a proton moving along a path starting from B to A? AUBA
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