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Please this is a point charge lab and show all work just want point 2 a O Electric Field 400.7 cm Direction or + Voltage

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Please this is a point charge lab and show all work just want point 2

image text in transcribedimage text in transcribedimage text in transcribedimage text in transcribedimage text in transcribedimage text in transcribedimage text in transcribed a O Electric Field 400.7 cm Direction or + Voltage Values Grid 0.0 V + + +1 nc -1 nc Sensors 1 meter Charges and Fields PHETD Question 5 10 pts You will need to convert units of your measured value to N/C, as well as express it in unit vector forme. Do this work on your paper to be submitted at the end of the lab. Create the following table below (use the table function in the editor for credit ) and complete it with your values. Be sure to include units as well as signs that align with your sign convention. Point P2 Calculated Ex Measured Ex Calculated Ey Measured EyQuestion 6 5 pts Now calculate your percentage differences and create a table like the one shown below to present them. NOTE: If you have a % difference greater than 10%, you must redo your calculations and measurements. Point P2 % Difference Ex EyO Electric Fi 200.0 cm Directi O Voltage Values + +1 nc -1 nc Sensors 1 meter PhED . Draw the charge configuration on a piece of paper. . You'll be submitting your written work, so do a good job here. . Everything should be neat and clearly labeled, including your coordinate system and sign convention. . Engineering paper preferred. . In order to receive credit for your answers in this lab, you must show your supporting work. . Your work must be legible and logical in order to receive credit.Next consider the point P2 as shown below. You can locate its exact position using the grid. Calculate the electric field (in unit vector forme ) at point P2. Show all your steps and include units. Electric Field Voltage values Grid 0.0 VD Question 4 5 pts Now you will measure the E-field at point P2 using the yellow "Sensor" dot in the simulation. Drag the sensor dot to the location of P2. It will display an E-field magnitude (in V/m) and direction (in degrees). Take a screenshot of this measurement and embed it below. NOTE: Copy and paste does not work. Links do not work. You must embed the image using the steps shown here 2 . Any other method will not receive credit. REMINDER: No coursework is accepted via email for this class. If you email me your screenshots, you will not receive credit for them

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