Question: Procedure Part 1 : Finding the Field Strength around a single charged particle. Click on the + 1 n C charge ( ) and drag

Procedure Part 1: Finding the Field Strength around a single charged particle.
Click on the +1nC charge () and drag it out and place it so that the center of the cross is lined up with the intersection of two darker lines. Make a quick sketch of the electric field generated by a +1nC charge in the "Step 1" portion of the data section. Complete the questions for Step 1 in the analysis section. Replace the +1nC charge with a -1nC charge ()
Click on the Electric Field box to turn off the arrows. Drag the yellow sensor and place it on the next intersection (0.50m) to the right of the positive charge. The sensor measures the strength of the filed in Volts per meter or V/m. Make sure the angle of the sensor reads 0.0 degrees as in the first diagram below. Record the electric field strength at this position. Move the sensor to the intersection 0.50m above the +1nC charge. Make sure the angle reads 90.0deg. Record the field strength in the data chart. Record the direction with an arrow. Repeat this using an angle of 180.0 deg and an angle of 270 deg (which will appear on screen as -90.0deg ). Record the field strength at each position. Try to center the sensor where the two lines cross.
Repeat step 2 using an angle of 0 degrees but moving the sensor from 0.50m to 2.0m in 0.50m increments. Record the force vector arrow with both magnitude (length of the arrow) and direction.
Repeat step 2 and 3 by using a +2nC charge. Drag a second +1nC charge and place it on top of the first charge.
Remove both of the +1nC charges by dragging them into the box at the bottom of the screen and replace them with a single -1nC charge. Repeat steps 2 and 3.
Click on the "Electric Field" box to turn the arrows on. Place a+1nC charge on top of the -1nC charge and describe what happens to the field. Record your observations.
Data:
Below is a sample of how you will complete the data for this lab.
Data Step 1.+1C Diagram below
-1nC diagram below
Field strength and direction at a distance of 0.50m+1nC charge
Step 2
\table[[Angle,0,90,180,270
 Procedure Part 1: Finding the Field Strength around a single charged

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