Problem 16:A +38 μC point charge is placed 36 cm from an identical+38 μC charge. A -1.5 μC charge is moved from point Ato point B as shown in Fig. 17-47. What is the change inpotential energy?B14 cm12 cm24 cmFIGURE 17-4738 μC38 μCProblem 81.A

Answered: Problem 16: A +38 μC point charge is…

College Physics

11th Edition

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Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Attached question and diagram.
A point charge q₁ = -5.8 μC MC is held stationary at the origin. A second point charge q₂ = + 4.3 μC moves from the point (0.26 m, 0, 0) to (0.38 m, 0, 0). How much work is done by the electric force on q₂?
Determine the work done in moving a -3-C charge given the electric field in the region to be -3ax - 6ay + az V/m. The charge is to be moved 2 m to the front, 3 m to the right, and 5 m downwards. O The answer cannot be found on the other choices. O -87 J O -25 J O -63 J
Two initially uncharged parallel metallic plates, each with an area of 37 mm², are pulled apart by 2.3 mm. In order to store 56 kJ of energy in the region between the plates,the charge (in µC) that must be transferred from one plate to the other is 126 O 87 O 19 O 4 O23 Clear my choice
The nucleus of a helium atom contains two protons that are approximately 1 fm apart. How much work must be done by an external agent to bring the two charges from an infinite separation to a separation of 1.0 fm? -230 J -2.3 x 10-13 J 2.3 x 10-13 j 2.3 x 10-16 J
8. The system consists of two concentric metal shells of radii R1 and R2 (R2> R1) with the corresponding charges q1 and q2. Find: a) self-energy W1, W2, of each shell; b) the interaction energy of the shells Wwz; c) total electrical energy W of this system.
70 A slab of copper of thickness b = 2.00 mm is thrust into a parallel- plate capacitor of plate area A = 2.40 cm? and plate separation d = 5.00 f mm, as shown in Fig. 25-57; the slab is exactly halfway between the plates. (a) What is the capacitance after the slab is introduced? (b) If a charge q = 3.40 µC is maintained on the plates, what is the ratio of the stored energy before to that after the slab is inserted? (c) How much work is done on the slab as it is in- serted? (d) Is the slab sucked in or must it be pushed in? Figure 25-57 Problems 70 and 71.
5) The equipotential surfaces of a system is shown in the figure. What is the direction of the electric field? y (cm) VI V4 2 10 x (cm) 12 6. V= 30.0 V V= 20.0 V V3 10.0 V V= 0.00 V 8, 2. 6, 4,
A +38 µC point charge is placed 36 cm from an identical +38 µC charge. A –1.5 µC charge is moved from point A to point B as shown in Fig. 17–47. What is the change in potential energy? В 14 cm FIGURE 17-47 38 μC 12 cm 24 cm 38 μC Problem 81. A
SER Three particles with + 2q, -2q, + 3q charges are placed in the corners of the equilateral triangle with one edge d as shown in the figure. Accordingly, how many kq² / d is the electrical potential energy of the system? +2q by Cevap Listesi +3q 39 13 14 15 -2q 19 20 x Bos a) 0. 4 Cevap Kaydedi -4 XCevap Kaydedi b) C -3 3.

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Problem 16: A +38 μC point charge is placed 36 cm from an identical +38 μC charge. A -1.5 μC charge is moved from point A to point B as shown in Fig. 17-47. What is the change in potential energy? B 14 cm 12 cm 24 cm FIGURE 17-47 38 μC 38 μC Problem 81. A