Two negative charges are at rest. Each has a charge of -0.03 C and a mass of 3.4 x 10-6 kg.    a. If they are 4 meters apart, what are their potential, kinetic, and mechanical energies? (All three energies will be the same for both charges.) b. Now one of the charges has moved to a point 0.3 meters farther away from the other. What are this charge’s kinetic, potential, and mechanical energies? What is its speed? c. This same charge has now moved to a point 1.2 meters farther away from the other. What are its kinetic, potential, and mechanical energies now? What is its speed?

Q: A point charge q = +38.0 µC moves from A to B separated by a distance d = 0.177 m in the presence of…

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Q: The two charges in the figure below are separated by a distance d = 5.50 cm, and Q = +5.50 nC. d (a)…

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Q: . Two point charges, +3 C and -6 C, are separated by 20 cm. They are NOT free to move. K = 9X10^9.…

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Q: #3 Electrostatic Potential Energy having a mass of 0.0550 kilograms, are separated by 0.250 meters.…

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Q: 231 Does the electric potential increase or decrease as we move towards a negative charge? Explain.…

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Q: there are 3 charges located at the corners of a rectangle. What is the electric potential energy of…

A: The position of the charges is shown below.

Q: A 1 kg mass and a 3 kg mass each with a positive charge Q move through an electric field from a…

A: The kinetic energy of a charge is equal to the change in potential energy according to law of…

Q: You have a 350 μC charge. a. What is the electric field 0.125 m to the right of it? b. What is the…

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Q: 2. Q₁ +25.0 nC is at the origin. Q2= -15.0 nC is at x = 1.00 cm. Q3=+30.0 nC is at x=-1.00cm. A.…

A: Given Data: Charge 1 Q1 = +25.0 nC = +25.0×10-9 C.Charge 2 Q2 = -15.0 nC = -15.0×10-9 C.Charge 3 Q3…

Q: n the region shown, the elctric field has a strength of 200.0 N/C.  A -1 nC charge is placed at rest…

A: We will answer the question using relations connecting electric field and potential difference in…

Q: Which statement correctly describes the electric force, electric field, electric potential energy,…

A: Given:- Which statement correctly describes the electric force, electric field, electric potential…

Q: A parallel-plate capacitor consists of two identical, parallel, conducting plates each with an area…

A: Given data:  Plate area (A) = 5.0 cm2 = 5.0×10-4 m2 Charge (q) = 8.4 pC = 8.4×10-12 C Distance (d) =…

Q: Part 1: The image shows the two plates of a capacitor. An electron is released from rest at point…

A: we know that force between charged   plate of capacitor is F= Q2 / 2Aε0      Where Q= charge on…

Q: Calculate the potential energy of the +2µC charge at point P. Calculate the work done in moving the…

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Q: 4. A particle with a charge of +4.20 nC is in a uniform electric field E directed to the left. It is…

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Q: 8. A charge (q = 5 mC) is released from rest in an electric field (vector) of E =2.5* N/(mu*C) i hat…

A: 1) 37.5 J 2) 7.071 m/sExplanation:

Q: Patterns in the universe God created can help us better understand physics. Holding a ball up in a…

A: Required :  The correct option.

Q: 5. A 5.9 µC charge is accelerated by a potential difference of -7 V, which makes it go from a…

A: since the particle is going from region A to region B, the potential difference = VB-VA=0 -7 =-7…

Q: 7) You have a 350 µC charge. a. What is the electric field 0.125 m to the right of it? b. What is…

A: Disclaimer: “Since you have asked posted a question with multiple sub-parts, we will solve the first…

Q: The diagram beside shows point P in the presence of two charges of +Q. What is the direction of the…

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Q: For an electron moving in a direction opposite to the electric field  A. its potential energy…

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Q: The two charges in the figure below are separated by a distance d = 1.50 cm, and Q = +6.20 nC.…

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Q: A small particle with a charge of 6.48 uC is initially moving at 55.0 m/s. It is then accelerated…

A: Given value --- charge = 6.48 micro C potential difference = 530 V. We have to find--- How much…

Q: parallel-plate capacitor consists of two identical, parallel, conducting plates each with an area of…

A: The potential difference across a parallel plate capacitor can be calculated using V = Qd/(ϵoA)…

Q: A moving charge, q =+ 3µC, takes a curved path (see broken curve with arrow) from point A through…

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Q: A particle with 3.2x10-19C of charge is placed a certain distance from another particle with…

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Q: A charged particle is moving to the right between 2 plates. The plate on the left has a voltage of…

A: a) The particle is deviated from the less negatively charged plate which is placed in the right…

Q: The electric field Strength between two parallel conducting plates separated by 4.60 cm is 8.90*10^4…

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Q: A small positive test charge of 0.02C is situated 1.5m away from a positive charge of 1C and 4.2m…

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Q: A pair of parallel plates has a potential difference of 2000 V across it. The plates are separated…

A: Given that: A Pairs of Parallel Plates has a potential Difference                     (V) = 2000V…

Electric Charges and Fields

One of the fundamental properties is the electromagnetic property. Charge cannot be destroyed by any process and this contributes formally to the law of charge conservation.