A cylinder solenoid of radius 1 cm having 500 turns carries clockwise electric current 1 A....
A cylinder solenoid of radius 1 cm having 500 turns carries clockwise electric current 1 A. It is placed in the external magnetic field of strength1 T parallel to its axis. Work required to change the solenoid current to the counterclockwise, equals
| A. |
0.514 J |
|
| B. |
7.28 J |
|
| C. |
0.05 J |
|
| D. |
13 eV |
|
| E. |
None of the above |
Homework Answers
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A cylinder solenoid of
radius 1 cm having 500 turns carries clockwise electric current 1
A....
A cylinder solenoid of radius 1 cm having 500 turns carries clockwise electric current 1 A....
A cylinder solenoid of radius 1 cm having 500 turns carries clockwise electric current 1 A. It is placed in the external magnetic field of strength1 T parallel to its axis. Work required to change the solenoid current to the counterclockwise, equals A 0.514) B.7.28) C. 0.05) OD. 13 eV E. None of the above
A cylinder solenoid of radius 1 cm having 500 turns carries clockwise electric current 1 A....
A cylinder solenoid of radius 1 cm having 500 turns carries clockwise electric current 1 A. It is placed in the external magnetic field of strength1 T parallel to its axis. Work required to change the solenoid current to the counterclockwise, equals O A. 0.514) B. 7.28) C. 0.05) D. 13 eV E. None of the above
A cylinder solenoid of radius 1 cm having 500 turns carries clockwise electric current 1 A....
A cylinder solenoid of radius 1 cm having 500 turns carries clockwise electric current 1 A. It is placed in the external magnetic field of strength1 T parallel to its axis. Work required to change the solenoid current to the counterclockwise, equals
AlmF flat plate circular capacitor of radius 1 cm is charged to voltage V=1000 V. Its...
AlmF flat plate circular capacitor of radius 1 cm is charged to voltage V=1000 V. Its plates are then connected through a resistor R=1 Ohm. The magnetic field at its side (cylindrical) surface in the beginning of discharging equals: A. O OB.2T C. 20 mT OD. 1.5 Wb E. None of the above A cylinder solenoid of radius 1 cm having 500 turns carries clockwise electric current 1 A. It is placed in the external magnetic field of strength1 T...
A solenoid with 500 turns of wire per cm carries a current of 0.5A. It has...
A solenoid with 500 turns of wire per cm carries a current of 0.5A. It has a length of 20.0cm and a diameter of 1.0cm. (Please show equations used) a. What is the magnitude of the magnetic field inside the solenoid? b. What is the magnetic flux in the center of the solenoid through a plane lying perpendicular to the long axis of the solenoid? c. What is the magnetic flux through a plane that contains the long axis of...
A solenoid that has length 30 cm, radius 1.2 cm, and 290 turns carries a current...
A solenoid that has length 30 cm, radius 1.2 cm, and 290 turns carries a current of 2.5 A. Find the magnitude of the magnetic field on the axis of the solenoid at the following locations: (a) at the center of the solenoid mt (b) at one end of the solenoid mt
A coil having 173 turns and a radius of 1.5 cm carries a current of 1.25...
A coil having 173 turns and a radius of 1.5 cm carries a current of 1.25 A . PART A If it is placed in a uniform 3.0 T magnetic field, find the torque this field exerts on the coil if the normal to the plane of the coil is oriented perpendicular to the field. PART B If it is placed in a uniform 3.0 T magnetic field, find the torque this field exerts on the coil if the normal...
A long solenoid with 1500 turns per meter and radius 1.6 cm carries an oscillating current...
A long solenoid with 1500 turns per meter and radius 1.6 cm carries an oscillating current I = 6.0 sin 100πt, where I is in amperes and t is in seconds. What is the maximum value of the electric field induced at a radius r = 1.2 cm from the axis of the solenoid.
5. A solenoid of length 20 cm and radius 1 cm with 300 turns is in...
5. A solenoid of length 20 cm and radius 1 cm with 300 turns is in an external magnetic field of 0.040 T that makes an angle of 50° with the axis of the solenoid. Find the magnitude of the emf induced in the solenoid if the external magnetic field is reduced to zero in 1.2 seconds. A 2.02 mV B. 2.04 mV c. 2.06 mV D. 2.08 mV E. None of these
A cylinder solenoid of radius 1 cm having 500 turns carries clockwise electric current 1 A. It is placed in the external magnetic field of strength1 T parallel to its axis. Work required to change the solenoid current to the counterclockwise, equals A 0.514) B.7.28) C. 0.05) OD. 13 eV E. None of the above
A cylinder solenoid of radius 1 cm having 500 turns carries clockwise electric current 1 A. It is placed in the external magnetic field of strength1 T parallel to its axis. Work required to change the solenoid current to the counterclockwise, equals O A. 0.514) B. 7.28) C. 0.05) D. 13 eV E. None of the above
A cylinder solenoid of radius 1 cm having 500 turns carries clockwise electric current 1 A. It is placed in the external magnetic field of strength1 T parallel to its axis. Work required to change the solenoid current to the counterclockwise, equals
AlmF flat plate circular capacitor of radius 1 cm is charged to voltage V=1000 V. Its plates are then connected through a resistor R=1 Ohm. The magnetic field at its side (cylindrical) surface in the beginning of discharging equals: A. O OB.2T C. 20 mT OD. 1.5 Wb E. None of the above A cylinder solenoid of radius 1 cm having 500 turns carries clockwise electric current 1 A. It is placed in the external magnetic field of strength1 T...
A solenoid that has length 30 cm, radius 1.2 cm, and 290 turns carries a current of 2.5 A. Find the magnitude of the magnetic field on the axis of the solenoid at the following locations: (a) at the center of the solenoid mt (b) at one end of the solenoid mt
5. A solenoid of length 20 cm and radius 1 cm with 300 turns is in an external magnetic field of 0.040 T that makes an angle of 50° with the axis of the solenoid. Find the magnitude of the emf induced in the solenoid if the external magnetic field is reduced to zero in 1.2 seconds. A 2.02 mV B. 2.04 mV c. 2.06 mV D. 2.08 mV E. None of these
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