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14. An electron is moving at 5.0 x105 m/s in the positive x direction. A magnetic field of 0.8T is in the sitive z direction. The magnetic force on the electron is: y 4x 10-14 N, in the positive y direction x 10-14 N, in the negative z direction x 10-14 N, in the positive z direction 10-14 N, in the negative y direction -e B IP

14. An electron is moving at 5.0 x105 m/s in the positive x direction. A magnetic field of 0.8T is in the sitive z direction. The magnetic force on the electron is: y 4x 10-14 N, in the positive y direction x 10-14 N, in the negative z direction x 10-14 N, in the positive z direction 10-14 N, in the negative y direction -e B IP

College Physics
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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the radius of a-6.0 cm and the external spherical shell has radius b-10.0 cm. Suppose spherical capacitor has a total charge Q-5.0μC. If the internal spherical shell has the space between the shells is filled with air. The capacitance of this capacitor (in pF) is: A) 11.1 C) 19.9 Q8. In the figure shown, if R-6.0.2. What the equivalent resistance (in) between the points a and b? A) 10.5 B) 7.0 B) 18.6 C) 6.3 4.0 D) 41.5 D) 14.0 E) 16.7 D) 12.0 E) 5.0 In the circuit shown, if the reading of the voltmeter is 12.0 V and the reading of ammeter is 3.0 mA. Answer the questions 9 and 10. V Q9. The value of the load resistor, R, (in k) is: A) 4.0 B) 1.5 C) 2.0 D) 8.0 Q10. The emf of the battery (e) (in V) is: A) 3.0 B) 6.0 C) 15.0 E) 7.0 E) 18.0 shown, if the current I₁ = 8.00A, and the resistance R=2.00 2. estions 11, 12, and 13. is the value of the current 13 (in A)? Z R a M ا R O b www R E -e + 1+ r = 222 B) 15.00 C) 16.0 D) 13.0 E) -1.00 nat is the value of electromotive force (in V) of the Battery,e? B) 30.5 C) -40.0 D) 56.0 E) 18.5 Q13. What is the power (in W) dissipated in resistor R? 1) 244.5 B) 512.0 C) 12.5 D) 128.0 E) 540.6 14. An electron is moving at 5.0 x105 m/s in the positive x direction. A magnetic field of 0.8T is in the sitive z direction. The magnetic force on the electron is: 5.4x 10-14 N, in the positive y direction x 10-14 N, in the negative z direction x 10-14 N, in the positive z direction 10-14 N, in the negative y direction R www R www b R www v 24.0 V 3.00 ¹26.00 4 R www.b x
Transcribed Image Text:the radius of a-6.0 cm and the external spherical shell has radius b-10.0 cm. Suppose spherical capacitor has a total charge Q-5.0μC. If the internal spherical shell has the space between the shells is filled with air. The capacitance of this capacitor (in pF) is: A) 11.1 C) 19.9 Q8. In the figure shown, if R-6.0.2. What the equivalent resistance (in) between the points a and b? A) 10.5 B) 7.0 B) 18.6 C) 6.3 4.0 D) 41.5 D) 14.0 E) 16.7 D) 12.0 E) 5.0 In the circuit shown, if the reading of the voltmeter is 12.0 V and the reading of ammeter is 3.0 mA. Answer the questions 9 and 10. V Q9. The value of the load resistor, R, (in k) is: A) 4.0 B) 1.5 C) 2.0 D) 8.0 Q10. The emf of the battery (e) (in V) is: A) 3.0 B) 6.0 C) 15.0 E) 7.0 E) 18.0 shown, if the current I₁ = 8.00A, and the resistance R=2.00 2. estions 11, 12, and 13. is the value of the current 13 (in A)? Z R a M ا R O b www R E -e + 1+ r = 222 B) 15.00 C) 16.0 D) 13.0 E) -1.00 nat is the value of electromotive force (in V) of the Battery,e? B) 30.5 C) -40.0 D) 56.0 E) 18.5 Q13. What is the power (in W) dissipated in resistor R? 1) 244.5 B) 512.0 C) 12.5 D) 128.0 E) 540.6 14. An electron is moving at 5.0 x105 m/s in the positive x direction. A magnetic field of 0.8T is in the sitive z direction. The magnetic force on the electron is: 5.4x 10-14 N, in the positive y direction x 10-14 N, in the negative z direction x 10-14 N, in the positive z direction 10-14 N, in the negative y direction R www R www b R www v 24.0 V 3.00 ¹26.00 4 R www.b x
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