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100+ Free Haryana BSEH Senior Secondary NSQF Power Practice Questions

Board of School Education Haryana (BSEH) Senior Secondary Class 12 NSQF Power (code PWR 986) practice questions are available now; exam metadata is being verified.

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Overall Senior Secondary pass percentages are published with each BSEH result cycle; no fixed standing subject-wise NSQF Power pass-rate figure is used here. Pass Rate
100+ Questions
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2026 Statistics

Key Facts: Haryana BSEH Senior Secondary NSQF Power Exam

2 h 30 min

Official theory duration for BSEH Class 12 NSQF Power (PWR 986)

BSEH Power NSQF Question Paper Design 2025-26

30 + 50 + 20

Theory + Practical + Internal Assessment mark split (grand total 100)

BSEH Class 12 Power (NSQF) Syllabus 2025-26

PWR 986

Subject / date-sheet code for Haryana BSEH Senior Secondary NSQF Power

BSEH Class 12 NSQF Power syllabus PDF

~33%

Typical minimum pass threshold under standard BSEH Senior Secondary rules (confirm circular)

Standard BSEH Senior Secondary assessment practice

100 MCQs

Free English theory practice items on this OpenExamPrep page (study adaptation)

OpenExamPrep

BSEH Senior Secondary NSQF Power (PWR 986) is Haryana’s Class 12 power skill subject: Theory 30 + Practical 50 + IA 20 = 100, theory 2.5 hours. Pass often ~33%. Fee is part of Senior Secondary form-fill-up. Free English MCQ theory practice—not a full written/practical simulation or electrician licence.

Sample Haryana BSEH Senior Secondary NSQF Power Practice Questions

Try these sample questions to test your Haryana BSEH Senior Secondary NSQF Power exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1According to electron theory of electric current in metals, free electrons move mainly under the influence of:
A.Only gravity pulling charges downward
B.An applied electric field that drifts free electrons
C.Nuclear fusion inside the conductor core
D.Sound waves travelling through the wire insulation
Explanation: In metals, loosely bound free electrons form a charge carrier sea. An applied electric field causes a net drift of these electrons, producing electric current.
2Which material group typically has very high resistivity and is used to support or separate live parts?
A.Conductors such as copper and aluminium
B.Insulators such as porcelain, PVC, and glass
C.Superconductors at room temperature only
D.Only pure gold foils
Explanation: Insulators have very few free charge carriers and high resistivity, so they restrict current and are used for supports, bushings, cable sheaths, and barriers.
3A semiconductor at absolute zero of temperature ideally behaves most like:
A.A perfect metal with unlimited free electrons
B.An insulator because valence electrons are tightly bound in the lattice
C.A permanent magnet with no band gap
D.A pure ionic electrolyte
Explanation: At absolute zero, pure semiconductors have essentially no thermally generated free carriers, so they behave like insulators until temperature or doping supplies carriers.
4Ohm’s law for a linear resistor states that:
A.Voltage is proportional to current when temperature and other conditions stay constant
B.Power is always equal to resistance only
C.Current is independent of voltage in all materials
D.Resistance falls to zero whenever voltage rises
Explanation: For ohmic devices, V ∝ I, or V = IR, provided physical conditions such as temperature remain essentially constant.
5A 12 V DC source is connected across a 4 Ω resistor. What is the current?
A.0.33 A
B.3 A
C.48 A
D.16 A
Explanation: Using Ohm’s law, I = V/R = 12/4 = 3 A.
6Three resistors 2 Ω, 3 Ω, and 6 Ω are connected in series across 22 V. The total current is:
A.2 A
B.11 A
C.0.5 A
D.22 A
Explanation: Series resistance Req = 2+3+6 = 11 Ω. I = V/Req = 22/11 = 2 A. Series current is the same through each resistor.
7Two resistors of 6 Ω and 3 Ω are connected in parallel. Equivalent resistance is:
A.9 Ω
B.2 Ω
C.0.5 Ω
D.18 Ω
Explanation: For two parallel resistors, Req = (R1 R2)/(R1+R2) = (6×3)/(6+3) = 18/9 = 2 Ω. Parallel Req is always less than the smallest branch.
8Kirchhoff’s current law (KCL) states that at a circuit node:
A.Algebraic sum of currents entering and leaving is zero
B.Voltage on every branch must be identical always
C.Resistance must equal inductance at resonance only
D.Power is conserved only in open circuits
Explanation: KCL follows charge conservation: the algebraic sum of currents at a node is zero (currents in equal currents out).
9At a junction, currents of 5 A and 3 A enter the node while 2 A leaves. What current must leave on the remaining branch for KCL to hold?
A.6 A
B.10 A
C.0 A
D.1 A
Explanation: Currents in = 5+3 = 8 A. One branch already takes 2 A out, so the remaining outgoing current is 8−2 = 6 A.
10Kirchhoff’s voltage law (KVL) around a closed loop means:
A.Algebraic sum of voltage rises and drops is zero
B.Current is zero in every loop always
C.Only capacitors can appear in a loop
D.Power factor must be unity
Explanation: KVL expresses energy conservation around a loop: the sum of potential differences is zero when polarity signs are applied consistently.

About the Haryana BSEH Senior Secondary NSQF Power Practice Questions

Verified exam format metadata for Board of School Education Haryana (BSEH) Senior Secondary Class 12 NSQF Power (code PWR 986) is pending. The practice questions above remain available while official exam length, timing, passing score, fee, and administrator details are reviewed.