18. If an alpha particle experiences an electric force of 0.250 N at a point in space, what electric force would a proton experience at the same point? [0.125 N] the
18. If an alpha particle experiences an electric force of 0.250 N at a point in space, what electric force would a proton experience at the same point? [0.125 N] the
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![17. Find the net electric field intensity at point C in the diagram below. [1.2 x 107 N/C [90.0°]]
0.040 m
+20 uC
+2.0 C
0.060 m
18. If an alpha particle experiences an electric force of 0.250 N at a point in space, what electric force
would a proton experience at the same point? [0.125 N]
19. What is the initial acceleration on an alpha particle when it is placed at a point in space where the
electric field strength is 7.60 x 104 N/C? [3.66 x 1012 m/s²]
20. The electric field at a position 2.00 cm from a charge if 40.0 N/C directed away from the
charge. Determine the charge producing the electric field. [+1.78 x 101² C]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0c26d9c9-01e3-4b23-957c-9bd35b4a3ec5%2Faec9ed05-61ee-46ee-9583-54879aaf77f1%2Fwpuw8nl_processed.png&w=3840&q=75)
Transcribed Image Text:17. Find the net electric field intensity at point C in the diagram below. [1.2 x 107 N/C [90.0°]]
0.040 m
+20 uC
+2.0 C
0.060 m
18. If an alpha particle experiences an electric force of 0.250 N at a point in space, what electric force
would a proton experience at the same point? [0.125 N]
19. What is the initial acceleration on an alpha particle when it is placed at a point in space where the
electric field strength is 7.60 x 104 N/C? [3.66 x 1012 m/s²]
20. The electric field at a position 2.00 cm from a charge if 40.0 N/C directed away from the
charge. Determine the charge producing the electric field. [+1.78 x 101² C]
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