List of top Questions asked in Bihar Industrial Training Institute Competitive Admission Test

Which of the following is NOT a type of wiring?
A 200 V lamp takes a current of 0.5 amp and produces a total flux of 3000 lumens. Calculate the efficiency of the lamp.
Which material is used to manufacture yoke of DC machines?
In a 4-band carbon composition resistor, the fourth band indicates:
Which of the following is pertaining to KVL?
The regulator of an electrical fan is wound with:
The tendency of alternating current to concentrate near the surface of the overhead conductor is called:
A soldering material is made up of copper and tin. If the material consists of 72% copper, then what will be the ratio of copper and tin in the material?
Which electrical machine has the highest efficiency?
If the length of a conductor is doubled and the cross-section area is halved, the resistance will be:
The phase difference of voltages and currents in three-phase systems is:
The power supplied to a balanced star connected load is:
When two SCRs are connected in anti-parallel combination, it is called:
Which of the following methods is NOT used for lighting calculations?
The equation of an alternating current is \(14\sin(1256t)\), determine the frequency.
A Zener diode has:
The ratio of the sum of individual maximum demands to the maximum demand on power station is known as:
When DC machine achieves maximum efficiency:
With respect to wind energy, VAWT stands for:
Which of the following is NOT a part of Digital Multimeter?
The largest size for earthing lead is:
In DC generators, the graph between the potential difference at the terminal \(V\) and the load current \(I\), under the given conditions of excitation and speed is called:
In underground cables, the process of achieving uniformity in the dielectric stress by using layers of different dielectrics is known as:
The weight of substance liberated from an electrolyte in a given time is proportional to the quantity of electricity passing in that time. This is the statement of:
A 20 \(\Omega\) resistance is connected across a supply of 400 V. If a resistance \(R\) is connected in parallel with the above 20 \(\Omega\) resistance, the current drawn from the supply gets doubled. The value of the unknown resistance \(R\) is: