Solve the following completely (given required, Free-body diagram (if applicable), formula, solution, and answer), USE PROPER UNITS AND ENCIRCLE YOUR FINAL ANSWER. 1. Find the electric flux in a sphere of radius 0.48 cm from a charge of 55 nC. 2. Find the electric flux through a cylinder with a distance of 22 cm and a height of 35 cm with a charge of 5.42 µC. (use the general formula of flux and the area of cylinder is 27th + 2tr²) 3. Two point charges reacted with each other to produce 4.32 x 10 J. the magnitude of q is 27 nC with a distance from the point charge of 19 cm. Find the magnitude of the point charge 4. Find the Potential Energy of a charge with 98 µC with a potential difference of 12 V 5. Find the magnitude of the charge if it has a Voltage of 11 V with a distance of 23 mm.
Solve the following completely (given required, Free-body diagram (if applicable), formula, solution, and answer), USE PROPER UNITS AND ENCIRCLE YOUR FINAL ANSWER. 1. Find the electric flux in a sphere of radius 0.48 cm from a charge of 55 nC. 2. Find the electric flux through a cylinder with a distance of 22 cm and a height of 35 cm with a charge of 5.42 µC. (use the general formula of flux and the area of cylinder is 27th + 2tr²) 3. Two point charges reacted with each other to produce 4.32 x 10 J. the magnitude of q is 27 nC with a distance from the point charge of 19 cm. Find the magnitude of the point charge 4. Find the Potential Energy of a charge with 98 µC with a potential difference of 12 V 5. Find the magnitude of the charge if it has a Voltage of 11 V with a distance of 23 mm.
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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![Name:
Section:
Solve the following completely (given required, Free-body diagram(if
applicable), formula, solution, and answer), USE PROPER UNITS AND
ENCIRCLE YOUR FINAL ANSWER.
1. Find the electric flux in a sphere of radius 0.48 cm from a charge of 55 nC.
2. Find the electric flux through a cylinder with a distance of 22 cm and a height of 35 cm
with a charge of 5.42 μC. (use the general formula of flux and the area of cylinder is
27th + 2tr²)
3. Two point charges reacted with each other to produce 4.32 x 10 J. the magnitude of q
is 27 nC with a distance from the point charge of 19 cm. Find the magnitude of the point
charge
4. Find the Potential Energy of a charge with 98 µC with a potential difference of 12 V
5. Find the magnitude of the charge if it has a Voltage of 11 V with a distance of 23 mm.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F66af69e0-f2f9-4c58-847c-404fee14b3ce%2F9673a1cd-9ae7-47e5-ad0a-0a9829c4e080%2Fuh7jw2_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Name:
Section:
Solve the following completely (given required, Free-body diagram(if
applicable), formula, solution, and answer), USE PROPER UNITS AND
ENCIRCLE YOUR FINAL ANSWER.
1. Find the electric flux in a sphere of radius 0.48 cm from a charge of 55 nC.
2. Find the electric flux through a cylinder with a distance of 22 cm and a height of 35 cm
with a charge of 5.42 μC. (use the general formula of flux and the area of cylinder is
27th + 2tr²)
3. Two point charges reacted with each other to produce 4.32 x 10 J. the magnitude of q
is 27 nC with a distance from the point charge of 19 cm. Find the magnitude of the point
charge
4. Find the Potential Energy of a charge with 98 µC with a potential difference of 12 V
5. Find the magnitude of the charge if it has a Voltage of 11 V with a distance of 23 mm.
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