A water molecule has a permanent dipole moment of 6.20×10-30 Cm, and if you put one in an electric field it will feel a torque and try to rotate (this is essentially how a microwave oven works, although that electric field oscillates). What is the torque on the molecule if its dipole moment is oriented at 55.8° with respect to the electric field, which has a strength of 2.90×104 N/C? 1.80×10-25 Nm 1.49×10-25 Nm 1.09×10-25 Nm 1.22×10-25 Nm
A water molecule has a permanent dipole moment of 6.20×10-30 Cm, and if you put one in an electric field it will feel a torque and try to rotate (this is essentially how a microwave oven works, although that electric field oscillates). What is the torque on the molecule if its dipole moment is oriented at 55.8° with respect to the electric field, which has a strength of 2.90×104 N/C? 1.80×10-25 Nm 1.49×10-25 Nm 1.09×10-25 Nm 1.22×10-25 Nm
Principles of Physics: A Calculus-Based Text
5th Edition
ISBN:9781133104261
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter19: Electric Forces And Electric Fields
Section: Chapter Questions
Problem 74P: Consider the charge distribution shown in Figure P19.74. (a) Show that the magnitude of the electric...
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A water molecule has a permanent dipole moment of 6.20×10-30 Cm, and if you put one in an electric field it will feel a torque and try to rotate (this is essentially how a microwave oven works, although that electric field oscillates). What is the torque on the molecule if its dipole moment is oriented at 55.8° with respect to the electric field, which has a strength of 2.90×104 N/C?
1.80×10-25 Nm
1.49×10-25 Nm
1.09×10-25 Nm
1.22×10-25 Nm
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