Number 11 And Number 12 And 13 1 (68.2 KiB) Viewed 56 times
Number 11 And Number 12 And 13 2 (97.13 KiB) Viewed 56 times
Number 11 And Number 12 And 13 3 (79.22 KiB) Viewed 56 times
kg 12) Now using measurements and V= calculate the potential difference between Aand B*. You already have a measurement for the potential at point A (Question #7). Now determine the total voltage at B* through measurements. (Do not assume that it is exactly the same as the voltage at B.) Answer: 13) Calculate the percent difference between #10 and #12. Show your work in the space below. measurement 1-measurement 2 % difference = x 100 measurement 1+ measurement 2 2 Answer:
scm 2cm q= MCD g= inc 10cm 오 8) Repeat the process from #7 to find the total voltage at B. Show your work for the three necessary calculations in the space below: KQ QE (+1E4) = 300V v V = KQ (969) (-1 E-9) =-128.6V V 07 Vt こ Vs = 300V – 128.6V = 171.4 V - - Answer: 171.4 V 9) Now find the potential difference between A and B. Use AV = V8 - VA. AV = VB - VA = 171.4V-ov = 171.4 V Answer: 171.41 10) Conceptually, what should be the potential difference between A and B*. Why? conceptually, potential difference between A and B should be positive because AB is closer to tine and AB is at midpoint. This potential difference between A and B is 171.4 11) Calculate the amount of energy needed to move a proton from point A to B*. Show your work in the space below.
equopot 2cm 2 cam
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