You have an empty region of space, and follow these steps to occupy it: You brin

Question

You have an empty region of space, and follow these steps to occupy it: You bring a proton in from far away. You bring in an electron from far away, and hold it a distance d = 1 m away from the proton. You bring in another proton and hold it a distance d away from each of the other two, forming an equilateral triangle. How much potential energy is stored in the system after this step? What is the voltage created by the proton at the location where the next charge will later be placed? How much potential energy is stored in the system after this step? What is the voltage created by both charges so far at the location where the final charge will later be placed? How much potential energy is stored in the final system? How does this compare to your answer for part b? Why? Which of these are important for determining the final stored energy of the system? (Select all that apply.) the amount of charge on each object the distances between the charges in their final configuration the exact paths the charges were brought into this configuration

Explanation / Answer

(f)
Point's important for determinig the final stored energy of the system are,

The amount of charge on each object.
The distance between the charges in their final configuration.

Related Questions

Navigate

• Browse (All)
• Browse Y
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.