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Q5. A uniformly charged straight line with length L=0.5 m carries the charge 50 ne. The electric field due to this charge at distance 0.1 m from the end of this line at point P on the x-axis has the value (in N/C): A 137 × 102 m) 75 x 10²1 90x19³1 D) -7.5x 10³ t 0.1 m

Q5. A uniformly charged straight line with length L=0.5 m carries the charge 50 ne. The electric field due to this charge at distance 0.1 m from the end of this line at point P on the x-axis has the value (in N/C): A 137 × 102 m) 75 x 10²1 90x19³1 D) -7.5x 10³ t 0.1 m

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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Q5. A uniformly charged straight line with length L=0.5 m carries the charge 50 nc. The electric field due to this charge at distance 0.1 m from the end of this line at point P on the x-axis has the value (in N/C): A) 1.27 x 10² j B) 7.5 x 10²t C) 9.0x 10³ t D) -7.5x 10³ t Q6. A proton enters a region of uniform electric field (E = 50 ) N/C) with an initial velocity (v = 40 × 10³ î m/s). Find the time it takes the proton to travel 5cm in the x-direction? A) 0.25 µs D) 1.25 µs B) 0.13 μs C) 2.50 μs Q7. An infinite plane has a uniform charge per unit area of 10 µC/m². What is the electric field 10 cm above the plane A) 5.6x10³ N/C B) 11.2x10³ N/C C) 900 N/C Charge Q is uniformly distributed on a conducting spherical shell. The surface charge density is a = +10 x 10-6C/m². The inner and outer radii of the sphere respectively are R₁ = 5.0 cm, R₂ = 10 cm. Answer the questions from 8 to 10 Q8. What the total charge (Q) on the surface of the sphere in (UC)? 2.1 B) 1.3 C) 8.0 D) 1.0 Q9. The magnitude of electric field at distance 3.0 cm from origin (in N/C) is: A) 7501 B) 6.1×10³ C) 0 D) 9.2×10 Q10. The magnitude of electric field at distance 15 cm from origin (in N/C) is: A) 5.2x10³ C) 5200 B) 52x10 D) 2.5×10 D) 4500 N/C Q11. The electric flux (in N.m³/C) through the spherical closed surface shown a figure is: C) 225 A)-132 B)-456 D) 0 R A R R₁ B 0.1m O +2.00 nC جا بجا R O -3.00 nC Q12. An insulating sphere of radius R has a charge +Q uniformly distributed through its volume. Which of the following plots corresponds to its electric field as a function of the distance r from its center O? A) Figure A B) Figure C C) Figure B D) Figure D 0 P R2 O +3.00 nC
Transcribed Image Text:Q5. A uniformly charged straight line with length L=0.5 m carries the charge 50 nc. The electric field due to this charge at distance 0.1 m from the end of this line at point P on the x-axis has the value (in N/C): A) 1.27 x 10² j B) 7.5 x 10²t C) 9.0x 10³ t D) -7.5x 10³ t Q6. A proton enters a region of uniform electric field (E = 50 ) N/C) with an initial velocity (v = 40 × 10³ î m/s). Find the time it takes the proton to travel 5cm in the x-direction? A) 0.25 µs D) 1.25 µs B) 0.13 μs C) 2.50 μs Q7. An infinite plane has a uniform charge per unit area of 10 µC/m². What is the electric field 10 cm above the plane A) 5.6x10³ N/C B) 11.2x10³ N/C C) 900 N/C Charge Q is uniformly distributed on a conducting spherical shell. The surface charge density is a = +10 x 10-6C/m². The inner and outer radii of the sphere respectively are R₁ = 5.0 cm, R₂ = 10 cm. Answer the questions from 8 to 10 Q8. What the total charge (Q) on the surface of the sphere in (UC)? 2.1 B) 1.3 C) 8.0 D) 1.0 Q9. The magnitude of electric field at distance 3.0 cm from origin (in N/C) is: A) 7501 B) 6.1×10³ C) 0 D) 9.2×10 Q10. The magnitude of electric field at distance 15 cm from origin (in N/C) is: A) 5.2x10³ C) 5200 B) 52x10 D) 2.5×10 D) 4500 N/C Q11. The electric flux (in N.m³/C) through the spherical closed surface shown a figure is: C) 225 A)-132 B)-456 D) 0 R A R R₁ B 0.1m O +2.00 nC جا بجا R O -3.00 nC Q12. An insulating sphere of radius R has a charge +Q uniformly distributed through its volume. Which of the following plots corresponds to its electric field as a function of the distance r from its center O? A) Figure A B) Figure C C) Figure B D) Figure D 0 P R2 O +3.00 nC
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