Question

What is the electrostatic potential 2.0 meters away from the center of the sphere? Please be sure to include th Consider a conducting sphere of radius 1.0cm sitting in a vacuum, and which carries a charge of +5.0 microcoulombs. Which of the following sentences best describes the electric fleld lines generated by this object? [1 point] (A) The field lines spiral counterclockwise around the object. (B) The field lines spiral clockwise around the object. (C) The field lines point radially away from the object in every direction. (D) The field lines point radially towards the object in every direction. (E) This object generates no electric field lines. (a) For the sphere described in Question 1, what is the magnitude of the electric field 2.0 meters away from the center of the sphere? Please be sure to include the correct units for your answer. [2 points] (b) What would be the electrostatic force (including the direction) exerted on a point charge of +2.0 nanoCoulombs, placed two meters away from the center of the sphere? [2 points] What is the electrostatic potential 2.0 meters away from the center of the sphere? Please be sure to include the correct sign and units for your answer. [2 points] (a) What is the total value of the electric flux that passes through a spherical surface of radius 2 meters, centered at the center of the conducting sphere from Question 1 ? Be sure to show all working. As always, be sure to include the correct units in your answer. [2 points] (b) Is this total flux non-zero? If so, is this flux defined to be positive or negative? Please (briefly) explain your reasoning. [2 points] (c) How does your answer to 4(a) change if the radius of the spherical surface is increased to 3.0 meters? [1 point]e correct sign and units for your answer.

Name: what is the electrostatic potential 20 meters away from the center of the sphere please be sure to include th consider a conducting sphere of radius 10cm sitting in a vacuum and which carrie 97433
Uploaded: 2022-01-14T16:53:58-08:00
Duration: 9 min 32 s
Channel: Vishal Gupta
Description: what is the electrostatic potential 20 meters away from the center of the sphere please be sure to include th consider a conducting sphere of radius 10cm sitting in a vacuum and which carrie 97433

          What is the electrostatic potential 2.0 meters away from the center of the sphere? Please be sure to include th
Consider a conducting sphere of radius 1.0cm sitting in a vacuum, and which carries a charge of +5.0 microcoulombs. Which of the following sentences best describes the electric fleld lines generated by this object?
[1 point]
(A) The field lines spiral counterclockwise around the object.
(B) The field lines spiral clockwise around the object.
(C) The field lines point radially away from the object in every direction.
(D) The field lines point radially towards the object in every direction.
(E) This object generates no electric field lines.
(a) For the sphere described in Question 1, what is the magnitude of the electric field 2.0 meters away from the center of the sphere? Please be sure to include the correct units for your answer. [2 points]
(b) What would be the electrostatic force (including the direction) exerted on a point charge of
+2.0 nanoCoulombs, placed two meters away from the center of the sphere?
[2 points]
What is the electrostatic potential 2.0 meters away from the center of the sphere? Please be sure to include the correct sign and units for your answer.
[2 points]
(a) What is the total value of the electric flux that passes through a spherical surface of radius 2 meters, centered at the center of the conducting sphere from Question 1 ? Be sure to show all working. As always, be sure to include the correct units in your answer.
[2 points]
(b) Is this total flux non-zero? If so, is this flux defined to be positive or negative? Please (briefly) explain your reasoning.
[2 points]
(c) How does your answer to 4(a) change if the radius of the spherical surface is increased to 3.0
meters?
[1 point]e correct sign and units for your answer.

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