Diagrams A and B show the electric potential along the x-axis in two different s

Question

Diagrams A and B show the electric potential along the x-axis in two different situations. Answer each of the questions below with True (T). False (F), or Can not tell (C). If, for example, the answer to the first question is True, the answer to the second is Can Not Tell, and the answer to the others is False, enter TCFFFF. The electric potential at x = 4 m in Diag. A is larger than the electric potential at x = 5 m in Diag. B. The work done by you to bring a negative charge from infinity to the pomt x = 4 in in Diag. B is greater than zero. An electric dipole with its positive charge at y = 0.01 mm and its negative charge at y = -0.01 mm placed at x = 2 in in Diag. A and released will accelerate left. The magnitude of the electric field at x = 2 m in Diag. A is larger than the magnitude of the electric field at x = 2 m in Diag. B. A negative charge placed at x = 4 m in Diag. A and released will accelerate left. The electric field at x = 4 m in Diag. A points to the left. Calculate a numeric value for the electric field at the point x = 4 m in diagram B. Correct, computer gets: -2.5E+01 V/m Calculate the force on a positive charge of 1 mu C located at the point x = 4 m in diagram B. (If the force is parallel to the -x axis, then the force is negative.) Correct, computer gets: -2.5E-05 N Calculate the initial acceleration of a proton placed at the point x = 4 m in diagram B. (If the acceleration is parallel to the -x axis, then the acceleration is negative.)

Explanation / Answer

as the graph provided by you is not clearly visible, no numerical help can be provided..yet i would say that check the slope of the V vs X curve

  E = - (dV/dX)

Related Questions

Navigate

• Browse (All)
• Browse D
• Subjects

---

---

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