The resistor that the ohmmeter reads should be close to the rated resistance of the resistor. ... If the ohmmeter is reading in the value and tolerance range of the resistor, the resistor is good. If the ohmmeter is reading (especially drastically) outside of this range, the resistor is defective and should be replaced.
The other kind of leakage happens when the capacitor physically leaks its liquid electrolyte. This can occur in a very dramatic way if an electrolytic capacitor is connected backwards, or if an internal short circuit develops due to a manufacturing defect.
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Answer:
The resistor that the ohmmeter reads should be close to the rated resistance of the resistor. ... If the ohmmeter is reading in the value and tolerance range of the resistor, the resistor is good. If the ohmmeter is reading (especially drastically) outside of this range, the resistor is defective and should be replaced.
The other kind of leakage happens when the capacitor physically leaks its liquid electrolyte. This can occur in a very dramatic way if an electrolytic capacitor is connected backwards, or if an internal short circuit develops due to a manufacturing defect.