Physics 126 Practice Exam #3 Professor Siegel


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1 Physics 126 Practice Exam #3 Professor Siegel Name: Lab Day: 1. Which one of the following statements concerning the magnetic force on a charged particle in a magnetic field is true? A) The magnetic force is a maximum if the particle is stationary. B) The magnetic force is zero if the particle moves perpendicular to the field. C) The magnetic force is a maximum if the particle moves parallel to the field. D) The magnetic force acts in the direction of motion for a positively charged particle. E) The magnetic force depends on the component of the particle's velocity that is perpendicular to the field. 2. A proton traveling due west in a region that contains only a magnetic field experiences a vertically upward force (away from the surface of the earth). What is the direction of the magnetic field? A) north B) east C) south D) west E) down 3. A charged particle is launched with a velocity of m/s at an angle of 35 with respect to a T magnetic field. If the magnetic field exerts a force of N on the particle, determine the magnitude of the charge on the particle. A) 11 µc B) 15 µc C) 19 µc D) 23 µc E) 27 µc Page 1
2 4. A particle with a mass of kg and a charge of C is accelerated from rest through a potential difference of V. The particle then enters a uniform 1.60T magnetic field. If the particle's velocity is perpendicular to the magnetic field at all times, what is the magnitude of the magnetic force exerted on the particle? A) zero newtons B) N C) N D) N E) N 5. An electron traveling horizontally enters a region where a uniform magnetic field is directed into the plane of the paper as shown. Which one of the following phrases most accurately describes the motion of the electron once it has entered the field? A) upward and parabolic B) upward and circular C) downward and circular D) upward, along a straight line E) downward and parabolic Page 2
3 6. A mass spectrometer is used to separate two isotopes of uranium with masses m1 and m2 where m2 > m1. The two types of uranium atom exit an ion source S with the same charge of +e and are accelerated through a potential difference V. The charged atoms then enter a constant, uniform magnetic field B as shown. If r1 = m and r2 = m, what is the value of the ratio m1/m2? A) B) C) D) E) A long, straight wire carries a 6.0A current that is directed in the positive x direction. When a uniform magnetic field is applied perpendicular to a 3.0m segment of the wire, the magnetic force on the segment is 0.36 N, directed in the negative y direction, as shown. What are the magnitude and direction of the magnetic field? A) T, out of the paper B) T, into the paper C) T, out of the paper D) T, into the paper E) 0.65 T, out of the paper 8. A currentcarrying, rectangular coil of wire is placed in a magnetic field. The magnitude of the torque on the coil is not dependent upon which one of the following quantities? A) the magnitude of the current in the loop B) the direction of the current in the loop C) the length of the sides of the loop D) the area of the loop E) the orientation of the loop Page 3
4 9. A circular coil consists of 5 loops each of diameter 1.0 m. The coil is placed in an external magnetic field of 0.5 T. When the coil carries a current of 4.0 A, a torque of magnitude 3.93 Nm acts on it. Determine the angle between the normal to the plane of the coil and the direction of the magnetic field. A) 0 B) 30 C) 45 D) 60 E) A coil consists of 240 circular loops, each of radius m, and carries a current of 2.2 A. Determine the magnetic moment of the coil. A) 0.21 A m 2 B) 0.65 A m 2 C) 3.2 A m 2 D) 15 A m 2 E) 23 A m A solenoid of length m and radius m is comprised of 440 turns of wire. Determine the magnitude of the magnetic field at the center of the solenoid when it carries a current of 12.0 A. A) T B) T C) T D) T E) zero tesla Page 4
5 12. The drawing shows two long, thin wires that carry currents in the positive z direction. Both wires are parallel to the z axis. The 50A wire is in the xz plane and is 5 m from the z axis. The 40A wire is in the yz plane and is 4 m from the z axis. What is the magnitude of the magnetic field at the origin? A) zero tesla B) T C) T D) T E) T 13. A conducting loop of wire is placed in a magnetic field that is normal to the plane of the loop. Which one of the following actions will not result in an induced current in the loop? A) Rotate the loop about an axis that is parallel to the field and passes through the center of the loop. B) Increase the strength of the magnetic field. C) Decrease the area of the loop. D) Decrease the strength of the magnetic field. E) Rotate the loop about an axis that is perpendicular to the field and passes through the center of the loop. Page 5
6 14. A conducting bar moves to the left at a constant speed v on two conducting rails joined at the left as shown. As a result of the bar moving through a constant magnetic field, a current I is induced in the indicated direction. Which one of the following directions is that of the magnetic field? A) toward the right B) toward the left C) parallel to the long axis of the bar D) into the page E) out of the page 15. A 1.2kg rod that has a length of 1.0 m and a resistance of 5.0 Ω slides with constant speed down a pair of frictionless vertical conducting rails that are joined at the bottom. Other than the rod, the rest of the circuit is resistanceless. A uniform magnetic field of magnitude 3.0 T is perpendicular to the plane formed by the rod and the rails as shown. Determine the speed of the rod. A) 0.38 m/s B) 0.90 m/s C) 2.6 m/s D) 6.5 m/s E) 8.7 m/s Page 6
7 16. The Earth's magnetic field passes through a square tabletop with a magnitude of T and is directed at an angle of 165 relative to the normal of the tabletop. If the tabletop has 1.50m sides, what is the magnitude of the magnetic flux through it? A) Wb B) Wb C) Wb D) Wb E) Wb 17. A circular copper loop is placed perpendicular to a uniform magnetic field of 0.75 T. Due to external forces, the area of the loop decreases at a rate of m 2 /s. Determine the induced emf in the loop. A) V B) V C) V D) V E) 3.1 V 18. A uniform magnetic field passes through two areas, A1 and A2. The angles between the magnetic field and the normals of areas A1 and A2 are 30.0 and 60.0, respectively. If the magnetic flux through the two areas is the same, what is the ratio A1/A2? A) B) C) 1.00 D) 1.23 E) A 250turn solenoid carries a current of 9.0 A. The radius of the solenoid is m; and its length is 0.14 m. Determine the magnetic flux through the circular crosssectional area at the center of the solenoid. A) Wb B) Wb C) Wb D) Wb E) Wb Page 7
8 Use the following to answer questions 2022: The figure shows a uniform, 3.0T magnetic field that is normal to the plane of a conducting, circular loop with a resistance of 1.5 Ω and a radius of m. The magnetic field is directed out of the paper as shown. Note: The area of the noncircular portion of the wire is considered negligible compared to that of the circular loop. 20. What is the magnitude of the average induced emf in the loop if the magnitude of the magnetic field is doubled in 0.4 s? A) 0.43 V B) 0.65 V C) V D) V E) V 21. What is the average current around the loop if the magnitude of the magnetic field is doubled in 0.4 s? A) A, clockwise B) A, clockwise C) A, counterclockwise D) A, clockwise E) A, counterclockwise 22. If the magnetic field is held constant at 3.0 T and the loop is pulled out of the region that contains the field in 0.2 s, what is the magnitude of the average induced emf in the loop? A) V B) V C) V D) V E) V Page 8
9 23. The current in a solenoid is decreased to onehalf of its original value. Which one of the following statements is true concerning the selfinductance of the solenoid? A) The selfinductance does not change. B) The selfinductance increases by a factor of two. C) The selfinductance decreases by a factor of two. D) The selfinductance increases by a factor of four. E) The selfinductance decreases by a factor of four. 24. Determine the energy stored in a H inductor that carries a 1.50A current. A) J B) J C) J D) J E) J 25. A transformer changes 120 V across the primary to 1200 V across the secondary. If the secondary coil has 800 turns, how many turns does the primary coil have? A) 40 B) 80 C) 100 D) 400 E) 4000 Page 9
10 Answer Key 1. E 2. C 3. C 4. E 5. C 6. C 7. A 8. B 9. B 10. C 11. A 12. C 13. A 14. E 15. D 16. A 17. D 18. A 19. C 20. C 21. D 22. C 23. A 24. D 25. B Page 10
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