Current Electricity Mocktest Mhtcet

Current Electricity Mocktest Mhtcet 2025. The Mocktest on Current Electricity for Mhtcet is designed to help students prepare for the Physics chapter of the entrance exam. It features a combination of multiple-choice questions and problem-solving tasks, so that students can get a better understanding of the topics and concepts related to Current Electricity. This Mocktest is also designed to provide an insight into the type of questions that can be expected from the exam. The problems cover a range of topics from Kirchhoff’s Laws of Electrical Network to Galvanometer and Potentiometer, enabling students to gain a comprehensive understanding of the subject matter.

CURRENT ELECTRICITY SUBTOPICS FOR MHTCET EXAMINATION 2025

1. Kirchhoff’s Laws of Electrical Network
2. Wheatstone Bridge
3. Potentiometer
4. Galvanometer

 

Results

#1. According to the Kirchhoff s law’s in an electric circuit, the algebraic sum of current at any junction is

negligible

Zero

Infinite

Finite

#2. In the measurements of a resistance by the wheatstone bridge, the know and the unknown resistance are interchange to eliminate

indicator error

Observational error

end error

Connection error

#3. Kirchhoff ‘s voltage law is the law of conservation of

energy

momentum

Charge

angular momentum

#4. Wheatstone ‘s bridge is more sensitive when all the four resistance are in

different order

Same order

Partially different order

no connection with the order

#5. A meterbridge cannot be used to determine

resistance of a wire

Specific resistance

Conductivity

e.m.f of a cell

#6. In a meterbridge, copper strips are used to

decrease contact resistance

Ato reduce thermoelectric effect

to increase grip of wire

none of these

#7. Post office Box is a practical form of

Potentiometer

Wheatstone

Voltage divider

galvanometer

#8. In practice, the range of strain gauge resistance is form

3 to 30 ohms

30 to 300 ohms

3 to 3000 ohms

30 to 3000 ohms

#9. In potentiometer experiment, when the galvanometer shows no deflection, then no current flows in

Potentiometer wire

galvanometer circuit

main circuit

battery

#10. are commonly used in modern low power audio systems as control devices

Sliding potentiometer

Wheatstone

Meter bridge

Post office box

#11. If the slider of a potentiometer is connected to the moving part of a machine, it can be work as a

galvanometer

motion sensor

Voltage divider

Strain gauge

#12. The resistance of an ideal ammeter is

Infinite

Very high

Small

Zero

#13. The resistance of an ideal voltameter is

Zero

Very low

Very large

Infinite

#14. For the measurements of potential difference voltameter is connected

in parallel with the circuit

in open circuit

in series with the circuit

beyond the circuit

#15. The range of voltmeter can be increased by

Increasing series resistance

decreasing series resistance

Changing scale of voltmeter

Using another method

#16. An ammeter should have very low resistance, so that it may

Not burn out

Show large deflection

have better stability

Not change the value of the current

#17. Kirchhoff ‘s junction rule is a reflection of

Conservation of momentum

Conservation of current density vector

Conservation of charges

Conservation of energy

#18. A potentiometer is an accurate and versatile device to make electrical measurements of E.M.F. because the method involves

Cells

Potential gradient

a condition of no current flow through the galvanometer

a combination of cells, galvanometer and resistance

#19. Shunt wire should be

thick and short

thick and long

thin and short

thick and long

#20. For the galvanometer working as voltmeter is connected with the coil of the galvanometer

high resistance in parallel

high resistance in series

low resistance in parallel

low resistance in series

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Finish