b and c #3 Electrostatic Potential Energyhaving a mass of 0.0550 kilograms, are separated by 0.250 meters.Two identical +3.00 µC charges, botha. Calculate the electrostatic potential energy of the pair of charges.Vk(3xI00) マ+25V= 0.324Ib. Only one of the charges breaks free, while the other remains anchored and can-not move at all. Assuming no frictional losses, what is the kinetic energy of the departingcharge as it approaches the point at infinity?10.648 Jメ- VんX-jke thec. What is the magnitude of the velocity of the departing charge when it is very far awayfrom the stationary charge?|6655ン(、

Answered: Image /qna-images/answer/161e2a75-8443-433b-bcc6-a8d7cdde81ac.jpg

Answered: #3 Electrostatic Potential Energy…

College Physics

11th Edition

ISBN:9781305952300

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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6. The reading on the vernier caliber is: a. 1.05 cm b. 4.46 cm c. 1.06 cm d. 4.48 cm 7. For the force diagram 1 14 0 1,46 5 2 H cm scale 10 Vernier sca
Will the 200N block shown in the figure be held in equilibrium by the force of 160N? The coefficient of static friction is 0.3. What is the actual friction force based on your calculation? P 45° Solution: A 1. There are in total 2. EF, = 0: N y 3. Fx = 0: fquired= 4. Maximum static friction fm = forces on the block, with the frictional force point to the 5. Hence the block will N; N; N; 6. The actual friction froce on the contacting surface is N
1. Based on the values provided, complete the following table. Test No Weight (N) H, (cm) H2 (cm) P.E. (initial) (J) P.E. (final) (J) Loss in P.E. (J) 1 1.4 60 40.5 1.6 60 41.8 3 1.8 60 43.0 4 2.0 60 44.4 5 2.2 60 45.7
Please, explain it step-by-step process.
1. Consider the setup shown below: a block with mass m; sits on a table with friction coefficient u between the table and itself, attached on one side to a spring with stiffness k, and on the other side to a cord with negligible mass that wraps over a frictionless pully and supports a second block with mass m2 that's suspended in the air over the edge of the table. The friction between block 1 and the table is not enough to hold up block 2 so that, when it's released from rest, the spring stretches a distance Ax before the system comes to rest. a. Draw and label a free-body diagram for each block. (Use the gridlines to make sure that the relative lengths of your vector arrows are correct.) k m1 block 1: block 2: m2 b. What is the kinetic friction coefficient between block 1 and the table?
Two masses m,=9 Kg and m,=9 Kg are connected with string and pulled with a force F=25 N that makes an angle of 53° with a smooth horizontal surface as shown in the figure. Find the tension in the string in a unit of Newton. F m2 A. 10.64 B. 7.523 C. None D. 15.05 E. 3.761 O d O O Uodou
If P is to be 400 N. What is the value ?of the weight W A N 200 N 800
5. For the figure below, what are the magnitudes and directions of the following cross products? a. ₁ x ma = ? b. 7₂ x mã = ? C. ₁ XF = ? d. 7₂ x F = ? 0.6 m 7₁ TEN 72 0.6 m ma 0.8 m 0.8 m |ma|= 600 N |F|= 400 N
1. Based on the values provided, complete the following table. Test No Weight (N) H1 (cm) H2 (cm) P.E. (initial) (J) P.E. (final) (J) Loss in P.E. (J) 1 1.4 65 42.5 2 1.6 65 43.8 | 65 45. 3 1.8 4 2.0 65 47.4 5 2.2 65 49.7
4 A stone has a weight of 40 N on the Mars, where g = 3.7 m/s2. The mass of the stone is ______________. a. 4.08 kg b. 10.81 kg c. 40kg d. 148 kg
Answer the following
What is the minimum horizontal force F needed to make the box start moving in (Figure 1)? The coefficients of kinetic and static friction between the box and the floor are 0.23 and 0.41, respectively. Express your answer in newtons to two significant figures. 15| ΑΣΦ wwwww ? N

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