Bihar BSc Nursing Physics Question Paper 2026 (Out): PDF, Answer Key, Solutions & Exam Analysis

Bihar BSc Nursing Physics Paper 2026 Highlights

The BCECE conducted the exam in an offline format with 100 questions per subject. Here are more details about the pattern, marking scheme, etc for the Bihar Nursing Exam 2026 Physics.

Bihar BSc Nursing Physics Exam Analysis 2026

The Bihar BSc Nursing Physics paper 2026 was largely based on NCERT Class 11 and 12 concepts. Most questions tested conceptual understanding, formula application, and basic numerical-solving ability. Topics such as Current Electricity, Optics, Modern Physics, Waves, and Semiconductors had visible representation in the paper.

Compared to previous nursing entrance examinations, the Physics section appeared balanced and accessible for candidates with a strong NCERT foundation. Numerical questions were present but generally straightforward and formula-based.

Bihar BSc Nursing Physics Answer Key 2026

BCECEB is expected to release the official Bihar BSc Nursing Answer Key 2026 after the examination process is completed. Candidates can use the answer key to calculate their probable scores, identify incorrect responses, and evaluate their overall performance before the declaration of results.

Expected Score Calculation

• Correct Answer = +4 Marks
• Incorrect Answer = -1 Mark
• Unattempted Question = 0 Marks

Score Formula

Total Score = (Correct Answers × 4) – (Wrong Answers × 1)

Bihar BSc Nursing Physics Question Paper 2026 PDF

Candidates can download the Bihar BSc Nursing Physics Question Paper 2026 PDF once it is officially available. The question paper helps aspirants analyse the latest exam pattern, important chapters, frequently tested concepts, and overall difficulty level.

How to Download Bihar BSc Nursing Physics Question Paper PDF 2026?

1. Visit the official BCECEB website.
2. Navigate to the latest examination notifications section.
3. Open the Bihar BSc Nursing examination page.
4. Click on the Physics question paper PDF link.
5. Download and save the PDF for future reference.

Bihar BSc Nursing Physics Question Paper 2026 with Answers

Question 1: A particle moves with a constant acceleration of $2,m/s^2$. If its initial velocity is $5,m/s$, what will be its velocity after $10,s$?

(A) $15,m/s$

(B) $20,m/s$

(C) $25,m/s$

(D) $30,m/s$

Correct Option: (C) $25,m/s$

Explanation: Using $v=u+at$, we get $v=5+(2\times10)=25,m/s$.

Question 2: The SI unit of electric field intensity is

(A) $N/C$

(B) $C/N$

(C) $J/C$

(D) $V/A$

Correct Option: (A) $N/C$

Explanation: Electric field is defined as force per unit charge, so its SI unit is $N/C$.

Question 3: A resistor of $10,\Omega$ carries a current of $2,A$. The potential difference across it is

(A) $5,V$

(B) $10,V$

(C) $20,V$

(D) $40,V$

Correct Option: (C) $20,V$

Explanation: Using Ohm's law, $V=IR=(2)(10)=20,V$.

Question 4: The dimensional formula of work is

(A) $[MLT^{-2}]$

(B) $[ML^2T^{-2}]$

(C) $[ML^{-1}T^{-2}]$

(D) $[M^0L^2T^{-2}]$

Correct Option: (B) $[ML^2T^{-2}]$

Explanation: Work $=$ Force $\times$ Distance, therefore dimensional formula is $[ML^2T^{-2}]$.

Question 5: The wavelength of a wave is $4,m$ and its frequency is $50,Hz$. The wave speed is

(A) $100,m/s$

(B) $150,m/s$

(C) $200,m/s$

(D) $250,m/s$

Correct Option: (C) $200,m/s$

Explanation: Wave speed $v=f\lambda=(50)(4)=200,m/s$.

Question 6: Which of the following is a scalar quantity?

(A) Velocity

(B) Force

(C) Momentum

(D) Energy

Correct Option: (D) Energy

Explanation: Energy has magnitude only and no direction, hence it is a scalar quantity.

Question 7: The focal length of a convex lens is $20,cm$. Its power is

(A) $+2,D$

(B) $+5,D$

(C) $-5,D$

(D) $+10,D$

Correct Option: (B) $+5,D$

Explanation: Power $P=\frac{1}{f}=\frac{1}{0.20}=5,D$.

Question 8: The escape velocity from the Earth's surface is approximately

(A) $7.9,km/s$

(B) $9.8,km/s$

(C) $11.2,km/s$

(D) $15.5,km/s$

Correct Option: (C) $11.2,km/s$

Explanation: The standard value of escape velocity from Earth is about $11.2,km/s$.

Question 9: The charge on an electron is

(A) $1.6\times10^{-19},C$

(B) $-1.6\times10^{-19},C$

(C) $1.6\times10^{-18},C$

(D) $-1.6\times10^{-18},C$

Correct Option: (B) $-1.6\times10^{-19},C$

Explanation: An electron carries a negative elementary charge of $-1.6\times10^{-19},C$.

Question 10: Which law explains the conservation of electric charge at a junction?

(A) Ohm's Law

(B) Faraday's Law

(C) Kirchhoff's Current Law

(D) Coulomb's Law

Correct Option: (C) Kirchhoff's Current Law

Explanation: Kirchhoff's Current Law states that the sum of currents entering a junction equals the sum leaving it.

Question 11: A body of mass $5,kg$ has kinetic energy $250,J$. Its speed is

(A) $5,m/s$

(B) $10,m/s$

(C) $15,m/s$

(D) $20,m/s$

Correct Option: (B) $10,m/s$

Explanation: Using $KE=\frac{1}{2}mv^2$, we get $250=\frac{1}{2}(5)v^2$, so $v=10,m/s$.

Question 12: The half-life of a radioactive substance is $8$ days. The fraction remaining after $16$ days is

(A) $\frac{1}{2}$

(B) $\frac{1}{4}$

(C) $\frac{1}{8}$

(D) $\frac{1}{16}$

Correct Option: (B) $\frac{1}{4}$

Explanation: Two half-lives pass in $16$ days, so remaining fraction $=\left(\frac{1}{2}\right)^2=\frac{1}{4}$.

Question 13: The magnetic field inside a long solenoid is increased by

(A) Decreasing current

(B) Reducing turns per unit length

(C) Increasing current

(D) Increasing resistance

Correct Option: (C) Increasing current

Explanation: Magnetic field inside a solenoid is directly proportional to current.

Question 14: The refractive index of a medium is $1.5$. If the speed of light in vacuum is $3\times10^8,m/s$, the speed of light in the medium is

(A) $1\times10^8,m/s$

(B) $1.5\times10^8,m/s$

(C) $2\times10^8,m/s$

(D) $4.5\times10^8,m/s$

Correct Option: (C) $2\times10^8,m/s$

Explanation: $n=\frac{c}{v}$, therefore $v=\frac{3\times10^8}{1.5}=2\times10^8,m/s$.

Question 15: In a semiconductor, the majority charge carriers in an n-type semiconductor are

(A) Holes

(B) Protons

(C) Electrons

(D) Neutrons

Correct Option: (C) Electrons

Explanation: Pentavalent doping increases the number of free electrons, making them the majority charge carriers.

Important Topics Asked in Bihar BSc Nursing Physics 2026

What Can Candidates Learn From the Bihar BSc Nursing Physics Paper 2026?

Analysis of the Bihar BSc Nursing Physics Question Paper 2026 indicates that conceptual clarity and NCERT-based preparation remain the most effective strategy for scoring well. Most questions were derived from standard Class 11 and 12 topics, reinforcing the importance of revising formulas, numerical applications, and fundamental principles before the examination.

Bihar BSc Nursing Physics Question Paper 2026: Expected Difficulty Level

Based on the overall structure of the paper, the Bihar BSc Nursing Physics section 2026 can be classified as easy to moderate in difficulty. Most questions were directly linked to Class 11 and 12 NCERT concepts, while a smaller proportion required multi-step calculations and conceptual reasoning. Candidates with regular practice of previous years' papers and NCERT exercises would likely have found the paper manageable.

The Bihar BSc Nursing Physics Question Paper 2026 serves as an important resource for analysing the latest exam trends, understanding chapter-wise weightage, and evaluating overall performance. Candidates should compare their responses with the official answer key once released and continue monitoring BCECEB updates regarding results, merit lists, and counselling schedules.