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For Q15 & Q16 For the circuit shown in the figure, if €2= 20 V, 015: The current Is (in A) in the resistor 400 is: A) 2.0 B) 3.0 D) 0.5 E) 1.0 016: The value of £3 (in V) is: A) 90 B) 240 D) 280 E) 160 C25 C) 120

For Q15 & Q16 For the circuit shown in the figure, if €2= 20 V, 015: The current Is (in A) in the resistor 400 is: A) 2.0 B) 3.0 D) 0.5 E) 1.0 016: The value of £3 (in V) is: A) 90 B) 240 D) 280 E) 160 C25 C) 120

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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Q 15 please
Labaga tegar Comewit te is one, and the care of the series combination SC. The value of the capatance Chin's B)2 Gate What is the curent (in) in a typical 120, 25 W lighthhub? B) 0.425 C) QLEEB 912: A battlery has an emfE=6V and an internal resistance r=0.5 s terminals are connected to a loc 2-30 Find the terminal voltage (in V) of the battery. B) 14.75 C)8.71 For Q13 & Q14 For the droult shown 013, The charge (in in the figure, the capacitor is initially uncharged when the switch s is C) of the capacitor at t=18 s is: B) 451 C)503 D) 593 914: The time (in s) required for the current to get its one fifth initial value is: A) 1.39 B) 3.22 C) 2.77 D) 0.72 For Q15 & Q16 For the circuit shown in the figure, if £2 = 20 V, 915: The current Is (in A) in the resistor 40 02 is: A) 2.0 D) 0.5 016: The value of £3 (in V) is: A) 90an bo B) 240 D) 280 E) 160 to B) 3.003C) 2.5 E) 1.0 bar to tramontanès bns bo C) 120 A) 2.68 B) 10.73 Q18: The period (in ns) of the motion is: A) 164 B) 109 E) SS1 D) 5.37 E) 2.20 direction direction FR 211 400 www For Q17 & Q18: A proton is moving in a circular orbit of radius 14 cm in uniform 0.8 T magnetic field perpendicular to the velocity of the proton. 017: The linear speed (in Mm/s) of the proton is: C) 8.05 a rohy 200 www E) 7.37 800 www 14-0.5 A C) 328 D) 201 E) 82 019: A wire having a mass pere unit length of 0.8 g/cm carries a 1 A current horizontally to the right. The minimum magnetic field (in Tesla) needed to left this wire vertically upward is: (g = 10 m/s²) A) 0.784 B) 0.490 C) 0.511 D) 0.245 E) 0.098 920: An electron moves in the negative x direction, through a uniform magnetic field in the negative z direction. The direction of the magnetic force exerted on the electron is: A) in the direction B) in the C) in the direction D) in the + direction E) in the
Transcribed Image Text:Labaga tegar Comewit te is one, and the care of the series combination SC. The value of the capatance Chin's B)2 Gate What is the curent (in) in a typical 120, 25 W lighthhub? B) 0.425 C) QLEEB 912: A battlery has an emfE=6V and an internal resistance r=0.5 s terminals are connected to a loc 2-30 Find the terminal voltage (in V) of the battery. B) 14.75 C)8.71 For Q13 & Q14 For the droult shown 013, The charge (in in the figure, the capacitor is initially uncharged when the switch s is C) of the capacitor at t=18 s is: B) 451 C)503 D) 593 914: The time (in s) required for the current to get its one fifth initial value is: A) 1.39 B) 3.22 C) 2.77 D) 0.72 For Q15 & Q16 For the circuit shown in the figure, if £2 = 20 V, 915: The current Is (in A) in the resistor 40 02 is: A) 2.0 D) 0.5 016: The value of £3 (in V) is: A) 90an bo B) 240 D) 280 E) 160 to B) 3.003C) 2.5 E) 1.0 bar to tramontanès bns bo C) 120 A) 2.68 B) 10.73 Q18: The period (in ns) of the motion is: A) 164 B) 109 E) SS1 D) 5.37 E) 2.20 direction direction FR 211 400 www For Q17 & Q18: A proton is moving in a circular orbit of radius 14 cm in uniform 0.8 T magnetic field perpendicular to the velocity of the proton. 017: The linear speed (in Mm/s) of the proton is: C) 8.05 a rohy 200 www E) 7.37 800 www 14-0.5 A C) 328 D) 201 E) 82 019: A wire having a mass pere unit length of 0.8 g/cm carries a 1 A current horizontally to the right. The minimum magnetic field (in Tesla) needed to left this wire vertically upward is: (g = 10 m/s²) A) 0.784 B) 0.490 C) 0.511 D) 0.245 E) 0.098 920: An electron moves in the negative x direction, through a uniform magnetic field in the negative z direction. The direction of the magnetic force exerted on the electron is: A) in the direction B) in the C) in the direction D) in the + direction E) in the
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