As a coil is removed from a magnetic field an emf is induced in the coil causing a current to flow within the coil. This current interacts with the magnetic field producing a force which
A)
acts at right angles to the coil's motion.
B)
acts in the direction of the coil's motion.
C)
causes the coil to tend to flip over.
D)
acts in the direction opposite to the coil's motion.
Question 2
A 2.0-F capacitor is charged to 12 V and then discharged through a 4.0 106 resistor. How long will it take for the voltage across the capacitor to drop to 3.0 V?
A)
4.5 s
B)
8.0 s
C)
11 s
D)
22 s
E)
24 s
Relationships between direction of flow of blood and water or air in different vertebrates.
Indicators for assessing local blood flow
The coolant temperature is controlled by the thermostat, which opens and allows coolant to flow to ...
Corroded terminals on a waste-spark coil can cause misfire diagnostic trouble codes to be set.
Flow aloft and cyclone migration
Flow chart for the diagnosis of hepatitis C. Hepatitis C reporting using the signal-tocutoff ratio.