please explain why you did each step Consider a charge Q₁ with charge 5.0 µC fixed in position with another charge Q2 with charge3.0 μC and mass 6.0 µg to the right of Q₁ as shown in the figure below.1Q₁Da) What is the electric potential energy of the system when D= = 0.04 m?b) If Q2 is released from rest when it is D = 0.04 m from Q₁, what speed will Q₂ have whenit is 0.08 m from Q₁? (Note: Q₁ is held fixed in its location.)

Charge ( Q1 ) = 5.0μC Charge ( Q2 ) = 3.0 μC = mass of the charge Q2 ( m ) = 6.0 μg =

Consider a charge Q₁ with charge 5.0 µC fixed in position with another charge Q2 with charge 3.0 μC and mass 6.0 µg to the right of Q₁ as shown in the figure below. Q₂ Q₁ D a) What is the electric potential energy of the system when D = 0.04 m? b) If Q2 is released from rest when it is D = 0.04 m from Q₁, what speed will Q2 have when it is 0.08 m from Q₁? (Note: Q₁ is held fixed in its location.)

Consider a charge Q₁ with charge 5.0 µC fixed in position with another charge Q2 with charge 3.0 μC and mass 6.0 µg to the right of Q₁ as shown in the figure below. Q₂ Q₁ D a) What is the electric potential energy of the system when D = 0.04 m? b) If Q2 is released from rest when it is D = 0.04 m from Q₁, what speed will Q2 have when it is 0.08 m from Q₁? (Note: Q₁ is held fixed in its location.)

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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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Question

please explain why you did each step

Consider a charge Q₁ with charge 5.0 µC fixed in position with another charge Q2 with charge
3.0 μC and mass 6.0 µg to the right of Q₁ as shown in the figure below.
1
Q₁
D
a) What is the electric potential energy of the system when D
= = 0.04 m?
b) If Q2 is released from rest when it is D = 0.04 m from Q₁, what speed will Q₂ have when
it is 0.08 m from Q₁? (Note: Q₁ is held fixed in its location.)

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Step 3: Determine speed of Q2 when Q2 will be at 0.08m distance from the charge Q1

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