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It depends on the size of the coil and the burn rate.
The square root of the sum of the squares (RSS) can be used to calculate the aggregate accuracy of a measurement when the accuracies of the all the measuring devices are known. The average accuracy is not merely the arithmetic average of the accuracies (or uncertainties), nor is it the sum of them. Let's say you are conducting a test to verify the resistance of a coil. The coil is built to have a resistance to within one percent of its nominal value. Further, say you have an ohm meter that is accurate to within 0.5 percent of the measured value, but the test leads introduce an uncertainty of two percent. What is the inherent accuracy of any measurement that you make with that set-up? Use RSS to figure it out. RSS = SQRT(0.0052 + 0.022) = 0.0206 = 2.06 percent. Note how the RSS result in this case is greater than the largest of the values under the radical. (BTW, that test rig isn't a very good one for verifying whether the coil is within spec. The rig's uncertainty is more than two times the tolerance of the coil.)
The answer is the drive shaft,strong magnet,and the coil of wire
1. One way is to show the relationship between different components such as a resistor and a coil. That would be R+iXL. This shows that the coil impedence is 90 degrees out of phase with R resistance. 2. Another way we can use complex numbers is as an aid to visualize the complex fields around two conductors carrying current. Please refer to the RELATED LINK for a picture.
Electromagnets are temporary magnets that are created when electric current flows through a wire coil. The strength of an electromagnet can be increased by increasing the number of turns in the wire coil, increasing the current flowing through the coil, or by using a ferromagnetic core material.
A current would be induced in the coil.
the voltage increases
It would spin.
the voltage will be decreased
The iron bar would become more magnetic.
because it becomes more magnetic therfore it the pull on the coil will increase
You would have a misfire and it may damage the coil if operated long enough in that condition.
pass a magnetic field through the coil of wire.
The coil will burn out due to having almost double the voltage being applied to it.
series resonant circuit
it will not work
It will no longer be attached!