A fault can be resistive in nature, and the amount of resistance in the fault is unpredictable. It is unusual for a fault to be inductive or capacitive, so a typical method is to determine the impedance to the fault, and compare only the inductive part of this to the inductive part of the line impedance.
"A wiring fault" which - depending on the actual behavior of the bad connection - might also be described as "an intermittent fault", "a high resistance fault", or a combination of all three terms. For example: "An intermittent, high resistance wiring fault".
no internal resistance of a cell cannot be considered to b as a defect because the resistance is so small as compared to the output we get from a cell this ristance can be neglected..
what are the possible fault in colour tv transmitter and receiver?how we can overcome this fault?
If air resistance is neglected, the bottle will fall with the same acceleration as any other object due to gravity. Without air resistance, the bottle will accelerate downwards at a constant rate of 9.81 m/s^2 (assuming no other forces are acting on it).
Not all 'short circuits' are 'dead-shorts' -i.e. the resistance between the two conductors (or a conductor and earth) is not necessarily zero ohms -especially when the insulation between them has not completely broken down. The actual resistance is called the 'fault resistance'.
Unit of fault level is KA. Kilo amps
Higher frictional resistance along a fault can inhibit the fault from slipping smoothly, causing stress to accumulate over time. When this stress is eventually released as an earthquake, the force released can be higher if the resistance was greater. Conversely, lower frictional resistance can allow the fault to slip more easily, potentially leading to a lower force released during an earthquake.
To locate a fault using a Wheatstone bridge, you first connect the bridge to the circuit where the fault is suspected. By adjusting the bridge until it is balanced (indicating zero voltage difference across the galvanometer), you can determine the resistance values in the circuit. If the bridge remains unbalanced, the difference in resistance can help identify the location of the fault by comparing with known resistance values. The point where the fault occurs can often be inferred from the changes in resistance readings throughout the circuit.
Robber Barons
Robber Barons
One such word is criticize.
to investigate change in resistance as temperature is varied