**Electric Field (positive charge)**1. Drag a +1nC charge to the center of the screen so that the electric field directions for the charge are visible i.e. the space around the charge is altered to create an **electric field**.2. Notice that the charge makes an alteration everywhere in space.3. This is an **electric field diagram** for a positive point charge. It is constructed by drawing electric field vectors at a number of points around the positive charge. ![Positive Charge Field Diagram](attachment:image_1.png)4. In what direction do the electric field vectors point from the positive charge? ________5. What do you observe about the electric field direction if you place a -1nC in the space? ![Negative Charge Field Diagram](attachment:image_2.png)**Explanation of Diagrams:**- The first diagram shows a positive charge at the center of a grid. The vectors (not shown here) typically radiate outward from the positive charge, indicating the direction of the electric field.- The second diagram, similar in structure, will show the negative charge and vectors (not shown) typically pointing inward towards the negative charge, indicating the direction of the electric field for a negative charge.

For positive charge, the electric field lines emits from charge and ends at infinity. For negative charge, the electric field lines enters into the charge.

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Physics

1. Drag a +1nC charge to the center of screen so that the electric field directions for the charge are visible i.e. the space around the charge is altered to create an electric field. 2. Notice that the charge makes an alteration everywhere in space. 3. This is an electric field diagram for a positive point charge. It is constructed by drawing electric field vectors at a number of points around the positive charge. 4. In what direction do the electric field vectors point the positive charge?. 5. What do you observe about the electric field direction, if you place a -1nC in the space?

1. Drag a +1nC charge to the center of screen so that the electric field directions for the charge are visible i.e. the space around the charge is altered to create an electric field. 2. Notice that the charge makes an alteration everywhere in space. 3. This is an electric field diagram for a positive point charge. It is constructed by drawing electric field vectors at a number of points around the positive charge. 4. In what direction do the electric field vectors point the positive charge?. 5. What do you observe about the electric field direction, if you place a -1nC in the space?

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

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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