BPSC Physics Mock Test 2027 (PGT/TRE & CCE Prelims): Free Practice Sets
The Physics portion of the examination administered by the Bihar Public Service Commission (BPSC) consists of two completely different types of tests. Make sure you select the one you intend to take so that you can study at the right level:
For the 80-mark graduation-level subject paper dedicated to Mechanics, Electromagnetism, Optics, Thermodynamics, Modern Physics, and Electronics, go directly to Section 1.
For the BPSC CCE Prelims (Civil Services Combined Competitive Exam), go straight to Section 2 since it contains the 8 to 10 basic and applied physics questions which are included in the 30-mark General Science paper.
In Bihar's government exams, physics can be obtained at a high score provided that you study at the right level of difficulty, and a number of candidates waste a lot of time studying material that is at an inappropriate depth.
A person who is applying for a teaching job at a school should have a good understanding of mathematical derivations, vector calculus, wave mechanics, and quantum physics; meanwhile, someone preparing for the CCE prelims should have a good knowledge of everyday measurements, Newton's laws, light, sound, and simple electrical circuits.
The BPSC Physics Mock Test 2027 series provides you with practice sessions specifically designed according to your own syllabus. By going through realistic practice papers, you will learn how to manage exam time and acquire the confidence needed to secure a top rank.
Executive Examination Summary: Two Separate Physics Tracks
| Examination Feature | BPSC TRE PGT Physics (Class 11–12) | BPSC CCE Prelims (General Science Physics) |
|---|---|---|
| Conducting Authority | Bihar Public Service Commission (BPSC), Patna | Bihar Public Service Commission (BPSC), Patna |
| Target Role | Higher Secondary Teacher (School Cadre) | State Administrative & Civil Services Cadre |
| Physics Weightage | 80 Marks (Dedicated Subject Paper in Part III) | 8 to 10 Questions (Inside the 30-mark General Science paper) |
| Difficulty Level | Graduation / Post-Graduation Standard | Matriculation (Class 9–10) Standard |
| Question Type | Conceptual, Analytical & Multi-Step Numericals | Direct Factual, Applied & Everyday Observations |
| Negative Marking Rules | Standard TRE rules (with no negative marking penalty) | Strict 1/3rd Penalty (a penalty of -0.33 marks for each wrong answer) |
| Exam Medium | Bilingual (Hindi Medium & English Medium) | Bilingual (Hindi Medium & English Medium) |
Competitor Gap Analysis: The Reasons Why Generic Physics Test Series Fail
Many online platforms put all physics questions together in one test package without considering the requirements of the job. The reason why dedicated segmentation is essential is shown in the table below.
| Feature / Preparation Need | What Most Generic Test Sites Offer | What Our Dedicated Platform Provides | How This Protects Your Score |
|---|---|---|---|
| Exam Segmentation | Mixes teacher exam questions with civil service prelims questions | Keeps PGT/TRE (80 marks) and CCE Prelims (8–10 questions) in separate test tracks | You avoid studying at the wrong difficulty level |
| Numerical Problem Practice | Mostly theory questions, omitting mathematical derivations | Step-by-step numerical sets for Mechanics, Optics, and Electrodynamics | Prepares PGT aspirants for the calculation-heavy papers |
| Everyday Applied Physics | Gives overly technical formulas for the basic civil service questions | Includes practical sets on household electricity, mirrors, lenses, and motion for CCE | Secures quick and direct marks in the CCE General Science section |
| Diagnostic Analytics | Provides a single overall score without branch-wise insights | Offers branch-wise accuracy tracking (Mechanics, Electromagnetism, Modern Physics) | Shows you exactly which chapters need revision |
| Language Quality | Poor machine translation of technical terms into Hindi | Natural and verified Hindi translations (भौतिक विज्ञान) reviewed by subject experts | Allows you to practice in your preferred exam medium |
SECTION 1: BPSC TRE / PGT Physics (80 Marks Subject Paper)
The section in question has been prepared for those candidates who are aiming to obtain Higher Secondary Teacher (for Classes 11 and 12) positions with the Bihar Education Department.
In the BPSC Teacher Recruitment Examination (TRE) your appointment is mainly based on the 80 marks earned in Part III (the Subject Paper), since the questions test deep conceptual understanding and numerical problem-solving at the B.Sc. (Honours) and M.Sc. level.
BPSC TRE PGT Physics Exam Blueprint
The 80 marks allocated to Physics in Part III are divided among six main areas:
| Section | Approximately Questions | Marks Share | Core Topics |
|---|---|---|---|
| Mechanics & General Properties of Matter | 16–18 Qs | ~18 Marks | Vectors, Rotational Dynamics, Gravitation, Fluid Mechanics, SHM |
| Electrodynamics & Magnetism | 15–17 Qs | ~16 Marks | Gauss's Law, Capacitance, Biot-Savart, Ampere's Law, Maxwell's Equations |
| Optics & Wave Motion | 13–15 Qs | ~14 Marks | Interference, Diffraction, Polarization, Lenses, Wave Equation |
| Thermal & Statistical Physics | 11–13 Qs | ~12 Marks | Laws of Thermodynamics, Carnot Engine, Entropy, Kinetic Theory, Ensembles |
| Modern & Quantum Physics | 12–14 Qs | ~13 Marks | Photoelectric Effect, Bohr Model, de Broglie, Schrödinger Equation, Nuclei |
| Electronics & Solid State Physics | 7–9 Qs | ~7 Marks | Diodes, Transistors, Logic Gates, Crystal Lattices, Band Theory |
| Total Subject Paper | 80 Questions | 80 Marks | Class 11–12 Teacher Examination (Part III) |
Detailed Micro-Syllabus: BPSC TRE / PGT Physics
Use this micro-syllabus checklist to ensure you cover every graduation-level topic:
The subject matter covers the gradient, the divergence, the curl, and also line, surface, and volume integrals, together with the Gauss divergence theorem, Stokes' theorem, frames of reference, Galilean invariance, and the Coriolis force.
The behaviour when rotating includes the moment of inertia of various regular shapes, such as rods, rings, discs, cylinders, and spheres, together with the parallel and perpendicular axes theorems, the conservation of angular momentum, torque, and the motion of a gyroscope.
The two-body problem, reduced mass, satellite orbits, Kepler's laws, gravitational potential and field, and motion under a central force.
The subject matter covers simple harmonic motion, damped and forced harmonic oscillations, resonance, the quality factor (Q), Hooke's law, the elastic moduli (Young's, bulk, and rigidity), Poisson's ratio, and beam bending.
Fluid mechanics covers streamline and turbulent flow, the equation of continuity, Bernoulli's theorem and its applications (for example Torricelli's law and the Venturimeter), viscosity, Poiseuille's formula, and surface tension.
Electrostatics covers Coulomb's law, the electric field, electric potential, Gauss's law and its applications, the Laplace and Poisson equations, boundary value problems, dielectrics, the polarization vector (P), the displacement vector (D), and the energy contained in electrostatic fields.
The subject of magnetostatics covers the Biot-Savart law, the method of calculating the magnetic field for a circular loop and for a solenoid, Ampere's circuital law, the magnetic vector potential (A), and the magnetic properties of materials (dia, para, ferromagnetism, hysteresis curve).
The subject matter covers Faraday's laws, Lenz's law, self-inductance and mutual inductance, alternating currents, series and parallel LCR circuits, resonance, and the power factor.
The displacement current, the electromagnetic field equations of Maxwell in both their differential and integral forms, the wave equation for the electric and magnetic fields in vacuum and in dielectric media, the Poynting vector, and radiation pressure.
The topic covers Fermat's principle, the cardinal points of an optical system, spherical and chromatic aberrations in lenses, and the different methods for reducing these aberrations.
Light can be interfered with in a number of ways, such as by means of coherence, by dividing the wave front (as in the case of the Fresnel bi-prism), by dividing the amplitude (for example in thin films and in Newton's rings), and by using the Michelson interferometer.
Fresnel and Fraunhofer diffraction are included, together with diffraction through a single slit, that through two slits, and that using a grating, as well as the resolving power of optical instruments in accordance with the Rayleigh criterion as it applies to telescopes and gratings.
Linear, circular, and elliptical polarization, Brewster's law, double refraction, the Nicol prism, quarter-wave and half-wave plates, and optical activity (as determined by a polarimeter).
Lasers involve spontaneous and stimulated emission, Einstein's coefficients, population inversion, optical pumping, and the different parts of the Ruby laser and the He-Ne laser.
The zeroth law of thermodynamics and the idea of temperature, the first law, the work carried out in isothermal and adiabatic processes, the second law, the Carnot cycle, the Carnot theorem, and the absolute thermodynamic temperature scale.
The subject includes entropy and thermodynamic potentials, such as the entropy changes in reversible and irreversible processes, the Clausius inequality, Maxwell's thermodynamic relations and their applications, the TdS equations, and the Joule-Thomson effect.
The Maxwell-Boltzmann velocity distribution, the equipartition of energy, the mean free path, and transport phenomena such as viscosity, thermal conductivity, and diffusion are all included in the kinetic theory of gases.
The main ideas in statistical mechanics include phase space, microstates and macrostates, statistical ensembles such as microcanonical, canonical, and grand canonical, the partition function, and a comparison of Maxwell-Boltzmann, Bose-Einstein, and Fermi-Dirac statistics.
The basic principles of quantum mechanics are blackbody radiation and Planck's quantum hypothesis, the photoelectric effect, the Compton effect, wave-particle duality, the de Broglie hypothesis, the Davisson-Germer experiment, and the Heisenberg uncertainty principle.
The time-dependent and time-independent Schrödinger wave equations, the physical interpretation of the wave function (ψ), normalization and probability density, the example of a particle in a one-dimensional box, and tunneling (barrier penetration).
The atomic models consist of Bohr's model of the hydrogen atom, the various spectral series (Lyman, Balmer, Paschen), the Ritz combination principle, the Sommerfeld model, the Frank-Hertz experiment, and the Stern-Gerlach experiment.
The subject matter of Nuclear Physics covers nuclear composition, the determination of the nuclear radius, the phenomenon of mass defect, the binding energy curve, the liquid drop model and the semi-empirical mass formula, the laws of radioactive decay (including half-life and mean-life), alpha, beta, and gamma decays, nuclear fission, and nuclear fusion.
Crystal structures, Bravais lattices, Miller indices, X-ray diffraction, Bragg's law, the free electron theory of metals, the band theory of solids (for conductors, semiconductors, and insulators), and the effective mass of the electron.
The study of semiconductor electronics covers intrinsic and extrinsic semiconductors, p-n junction diodes, V-I characteristics, the application of the Zener diode as a voltage regulator, half-wave and full-wave rectifiers, and filtering circuits.
The subject matter covers bipolar junction transistors (BJT) used in common base (CB), common emitter (CE), and common collector (CC) arrangements, the application of a transistor as an amplifier, logic gates (AND, OR, NOT, NAND, NOR, XOR), truth tables, and De Morgan's theorems.
PYQ Trend Analysis: BPSC TRE PGT Physics
Review the shifting question patterns across previous teacher recruitment examination cycles:
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In TRE 1.0 and TRE 2.0 the questions were primarily of a definitional type involving simple numerical substitutions; it was not until TRE 3.0 and TRE 4.0 that the commission introduced multi-step numerical problems in the areas of Rotational Dynamics, applications of Gauss's law, and thermodynamics cycles.
In order to obtain a score greater than 65 out of 80 in this paper, you should practise working through numerical problems on scratch paper rather than merely memorising formula sheets.
SECTION 2: BPSC CCE Prelims — General Science Physics (8–10 Questions)
This section is designed for candidates who are preparing for the Prelims of the Bihar Combined Competitive Examination (CCE).
The CCE Prelims exam has 30 marks in its General Science section, and the Physics part consists of about 8 to 10 questions. These questions examine an understanding of common physical phenomena and the basic scientific principles that are encountered in everyday life.
BPSC CCE General Science Physics Blueprint
The table below outlines the distribution of physics questions within the CCE General Science section:
| Section Name | Total General Science Marks | Physics Questions | Difficulty Standard | Target Focus |
|---|---|---|---|---|
| General Science (Physics Component) | 30 Marks (Combined Science) | 8–10 Questions | Matriculation (Class 9–10) Standard | Everyday Applications, Instruments, Measurements |
Detailed Micro-Syllabus: CCE Prelims Physics
Candidates preparing for CCE Prelims should focus on these high-frequency topics:
- The fundamental and derived SI units, together with the light year, the parsec, the astronomical unit, the various measuring instruments (such as the barometer, the altimeter, the hydrometer, the galvanometer, the ammeter, and the voltmeter), and the prefixes (nano, micro, mega, giga).
- The topics include motion, force and Newton's laws such as inertia, linear momentum, Newton's three laws of motion together with some practical examples (for instance, the recoil of a gun and the use of seatbelts), centripetal and centrifugal forces, and friction as it occurs in daily life.
- The content covers kinetic and potential energy, the work-energy theorem, the way energy is transformed in various devices, such as a dynamo, an electric motor, a microphone and a loudspeaker, and the units employed for electrical energy (kWh).
- The topics dealt with include the universal law of gravitation, the variation of the acceleration due to gravity (g) with altitude, depth, and latitude, weightlessness in satellites, and the escape velocity from Earth (11.2 km/s).
- The atmospheric pressure and variations in barometric pressure, which can be used for weather prediction, surface tension—this is evident in the case of kerosene lamps by means of capillary action and in the spherical shape of raindrops—viscosity, and Archimedes' principle of flotation are all properties of matter.
- The text covers wave motion and sound by comparing longitudinal and transverse waves, stating that the audible range is from 20 Hz to 20,000 Hz, mentioning infrasonic and ultrasonic waves, noting that the speed of sound in different media is greatest in solids and zero in a vacuum, discussing the Doppler effect, and talking about echo formation.
- Heat & Thermodynamics in Daily Life: Temperature scales (Celsius, Fahrenheit, Kelvin conversion: $$\frac{C}{5} = \frac{F-32}{9}$$), thermal expansion of liquids and solids, anomalous expansion of water at 4°C.
- The ways in which the greenhouse effect operates as well as the various methods of heat transfer (conduction, convection, and radiation).
- The phenomena of light and human vision include reflection, refraction, total internal reflection (such as in mirages, optical fibres, and the sparkling of diamonds), dispersion when passed through a prism, scattering of light (which causes the sky to appear blue and the sun to appear red at sunrise and sunset), as well as concave and convex mirrors, lenses, and corrective lenses for defects of the human eye (specifically, a concave lens is used for myopia and a convex lens for hypermetropia).
- The topics include electric current, Ohm's law ($$V=IR$$), resistance in series and parallel combinations, fuse wires (which have a low melting point and high resistance), magnetic field lines, and electromagnetic induction as it applies to transformers.
PYQ Trends in BPSC CCE Prelims Physics
An analysis of previous BPSC Prelims general science questions shows that questions are direct, objective, and test common sense:
- Questions regarding which instrument is used for measuring ocean depth (the fathometer) or atmospheric humidity (the hygrometer).
- Questions concerning why a stick appears broken when it is in water (this being due to refraction) or why a diamond shines so brightly (because of total internal reflection).
- Standard Physical Constants: Questions testing the value of escape velocity, the speed of light in vacuum ($$3 \times 10^8\text{ m/s}$$), or absolute zero temperature (minus 273.15°C or 0 K).
Built-in Platform Features & Performance Analytics
Our testing engine provides specific diagnostic tools tailored to both teacher and civil service candidates:
- For people taking the PGT the dashboard divides your performance by subject area into Mechanics, Electrodynamics, Optics, Thermodynamics, Modern Physics, and Electronics; for those preparing for CCE it gives your General Science physics score.
- The system is able to detect any question that takes you more than 90 seconds, thereby helping you to avoid falling into speed traps when dealing with multi-step numerical problems.
- You are able to compare your test scores with those of candidates from Patna, Gaya, Bhagalpur, Muzaffarpur, and other areas of Bihar using the All-Bihar Leaderboard and Percentile.
- As your accuracy improves, the system will provide you with more questions that include several statements in order to check your deeper conceptual understanding.
- For each question, a detailed mathematical solution is given, consisting of the relevant formulas, vector diagrams, and the steps that involve numerical calculations.
- Earn badges when you reach important achievement milestones and continue your study routine with short daily quizzes.
AI-Based Weak Area Recommendation
Taking practice exams without carrying out focused review leads to making the same mistakes on the day of the exam; our testing platform has an automated AI diagnostics engine that picks up on specific learning gaps.
Here is how the system analyzes your test performance:
- After completing the long physics test you submit your answers.
- For each micro-topic the engine keeps a record of whether each question has been answered correctly, incorrectly, or has been skipped.
- The branch will appear in red on the system when a candidate who is applying for PGT scores highly in Mechanics and Optics but makes a number of mistakes in Electrodynamics or Thermodynamics.
- The system provides an automatic study tip: "Your score has dropped to 40 per cent in Maxwell's Equations and Wave Optics. Make sure to go through the steps of the Gauss divergence theorem and complete our 15-question Electromagnetism drill before your next full test."
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Caption: The performance dashboard, which uses AI, displays heatmaps broken down by branch, provides analytics on the time taken for each question, and gives candidates preparing for the BPSC Physics exam personalised suggestions for revision.
Free vs Paid Mock Tests: What You Get
We believe that basic exam preparation should remain available to all students in Bihar. The table which is given below compares our free platform services with those of the standard commercial packages:
| Feature / Resource | Our Free Platform Access | Commercial Paid Platforms |
|---|---|---|
| Full-Length Mock Tests | 2 Full Tests Free for PGT (80 Marks) & CCE | 1 Free Test, followed by ₹299–₹499 paywalls |
| Syllabus Segmentation | Separate test tracks for PGT and CCE | Often bundles both exams into a single generic test |
| Step-by-Step Numerical Solutions | Complete mathematical calculations included | Often provides only an answer key letter (A, B, C, or D) |
| AI Weak Area Heatmap | Included for all registered users | Locked behind premium subscriptions |
| Offline Printable PDF Sets | Downloadable question papers with answer keys | Available only to paying subscribers |
| All-Bihar Leaderboard Rank | Real-time percentile and district comparisons | Basic percentage score without comparative rank |
15 Common Mistakes Aspirants Make in BPSC Physics
Avoid these common preparation errors to protect your score:
- A mistake that people make when preparing for the general science section of the CCE Prelims exam is to study advanced quantum wave equations or tensor mechanics.
- Not carrying out numerical problems in the PGT: relying solely on theory and failing to carry out practical work on numerical problems in rotational dynamics and central forces.
- The optical phenomena described in CCE are often such as to confuse refraction, total internal reflection, scattering, and dispersion when answering ordinary questions about light.
- Neglecting Sign Conventions in Optics: Forgetting coordinate signs when calculating focal lengths and image distances using the lens formula ($$\frac{1}{f} = \frac{1}{v} - \frac{1}{u}$$).
- You end up suffering from the one-third negative marking because you make an educated guess at the physics questions in the General Science section without ruling out any of the answer choices.
- Confusing transverse and longitudinal waves by mixing up the properties of sound waves (which are longitudinal and need a medium) with those of light waves (which are transverse and can travel in a vacuum).
- Excluding the thermodynamic relations from PGT: not remembering Maxwell's thermodynamic relations and then applying them directly to the TdS equations.
- Failing to practice on paper OMR sheets and instead only practising on smartphone screens, which leads to bubbling errors during the actual offline examination.
- Catching numerical problems without paying attention to how many seconds are taken on each question.
- Not carrying out basic unit conversions, such as not converting the units (for instance from km/h to m/s, or from Celsius to Kelvin) in numerical equations.
- If you leave out the part about solid state physics—by ignoring the Miller indices, crystal lattices, and band theory—you will lose 6 to 8 marks that could have been earned.
- Neglecting the measuring instruments in CCE: not remembering the functions of simple instruments such as pyrometers, hydrometers, and galvanometers.
- If you have eliminated two of the four choices, then leave the bubbles blank.
- The features of fuse wire are confusing since it is neglected that the wire must have a high resistance and a low melting point.
- The use of study guides that are out of date since they do not match the greater conceptual depth found in the more recent BPSC examinations.
Preparation Strategy: Two Separate Paths
Because the syllabus depth differs between exams, choose the study path that matches your goal:
- Divide your study time between the six subjects: Mechanics, Electromagnetism, Optics, Thermodynamics, Modern Physics, and Electronics and remember not to skip the topic of Modern Physics.
- Make a notebook and in it write down the important formulas, the definitions of tensors, and the rules regarding boundary conditions.
- Every day work through at least 15 numerical problems on central force orbits, Carnot engine efficiencies, and RLC resonance circuits.
- Each week you should take a full-length practice exam consisting of 80 marks using the BPSC Physics Mock Test 2027 platform so as to improve both your computational speed and accuracy.
- If you want to master the NCERT Classes 9 and 10, you should carefully read the physics chapters in the NCERT science textbooks and focus in particular on the summary boxes, the tables, and the exercises at the end of each chapter.
- Prepare a sheet on everyday applications by creating a two-page summary of common physical phenomena, measuring instruments, and the standard physical constants.
- Make sure to focus on the chapters about Light (the ones that discuss mirrors and lenses), Heat (the sections that talk about temperature scales and expansion), and Electricity (the parts that deal with Ohm's law and household circuits).
- Try your hand at some speed quizzes by spending fifteen minutes each day doing objective science multiple-choice questions in order to enhance your ability to recall information quickly.
Daily Current Affairs & General Awareness Practice
It is necessary to have a good level of general knowledge for both the PGT Part III and the CCE General Science exams, as these tests also have a component relating to general awareness. The PGT candidates must take a General Studies paper (Part II) which carries 40 marks, and the CCE candidates must take the full 150-mark prelims paper.
To stay up to date on national developments, scientific discoveries, and state initiatives, take a 15-minute break each morning to do our free daily current affairs quiz.
Recommended Reference Books & Study Materials
Stick to standard, high-quality reference books:
| Target Exam | Subject Area | Recommended Book Title | Author / Publisher | How to Use It |
|---|---|---|---|---|
| BPSC TRE PGT | Mechanics | Mechanics (Berkeley Physics Course) | Kittel / Standard Publisher | paying particular attention to mastering rotational dynamics, central forces, and harmonic motion. |
| BPSC TRE PGT | Electrodynamics | Introduction to Electrodynamics | David J. Griffiths | recommends that you study Gauss's law, boundary value problems, and Maxwell's equations. |
| BPSC TRE PGT | Optics | Optics | Ajoy Ghatak | states that for the BPSC TRE PGT exam the emphasis should be on interference, diffraction grating, polarization and lasers. |
| BPSC TRE PGT | Heat and Thermodynamics | Heat and Thermodynamics | Mark W. Zemansky | you should study Maxwell's relations, entropy changes, and statistical distributions. |
| BPSC TRE PGT | Modern Physics | Concepts of Modern Physics | Arthur Beiser | covering the Schrödinger equations, the Bohr model, and nuclear binding energy. |
| BPSC CCE Prelims | General Science | General Science for Competitive Exams | Lucent Publications | which shows you how to master everyday physics, measuring instruments, light and sound. |
| BPSC CCE Prelims | Science Revision | NCERT Science Exemplar (for Classes 9 and 10) | NCERT | by doing direct multiple-choice questions and reviewing the basic laws. |
Eligibility Criteria: PGT Teacher versus CCE Civil Services
Look at the official qualification requirements for both recruitment routes:
| Requirement | BPSC TRE PGT Physics (for Classes 11–12) | BPSC CCE Prelims (Civil Services) |
|---|---|---|
| Educational qualification | a Master's Degree (M.Sc) in Physics or Applied Physics or Electronics together with a minimum of 50% marks and a B.Ed degree | a Bachelor's Degree in any subject from a recognized university |
| Teacher Eligibility Test | Must have passed the Bihar STET Paper 2 (Physics) | Not applicable |
| Minimum Age Limit | 21 years | 20, 21, or 22 years (depending on the particular civil service post) |
| Maximum Age (General Male) | 37 years | 37 years |
| Maximum Age (BC/EBC Male and Female) | 40 years | 40 years |
| Maximum Age (General Female) | 40 years | 40 years |
| Maximum Age (SC/ST Male and Female) | 42 years | 42 years |
| Selection Framework | Written Exam: Language (30 marks) + GS (40 marks) + Physics (80 marks) = 150 marks | Prelims (150 marks) → Mains Written → Interview |
Reference for the recruitment cycle: In previous teacher recruitment cycles (for example, TRE 2.0 and TRE 3.0) advertisements were placed for thousands of posts for Higher Secondary Physics teachers. The precise number of vacancies and the subject-wise reservation lists for the 2027 cycle will, however, be confirmed only after they have been officially published in the Gazette.
BPSC TRE and CCE 2027 Projected Examination Timeline
The following shows the expected key events for the upcoming examination cycle:
| Recruitment Milestone | Expected Timeline | Current Verification Status |
|---|---|---|
| Official Notification Release | Late 2026 / Early 2027 | Has not yet been officially announced |
| Online Application Window | 30 days after the notification is released | Has not yet been officially announced |
| Admit Card Release Date | 10 to 14 days before the exam | Has not yet been officially announced |
| Written Examination Date | Scheduled for the 2027 examination cycle | Has not yet been officially announced |
| Provisional Answer Key Release | 7 to 10 days after the examination | Has not yet been officially announced |
| Final Results and Scorecards | 6 to 8 weeks after the examination | Has not yet been officially announced |
How to Apply for BPSC Examinations Online
The application process is carried out via the official commission's web portal:
- Visit the Official Web Portal: Open your web browser and go to onlinebpsc.bihar.gov.in.
- For full one-time registration (OTR), you should use your active mobile number and email address so that you can get your login details.
- Complete the entry of your personal and educational information by filling in your name, the name of your father, your date of birth, your category, and your degree details exactly as they are shown on your official certificates.
- When choosing your subject or exam stream, PGT candidates have to select Physics as their special subject and enter the roll number for their STET Paper 2. Those taking the CCE will apply for the combined preliminary test.
- You must upload the required documents: scan of your photograph, your signatures in Hindi and English, and your qualification certificates, all in the specified dimensions.
- To pay the examination fee: you can pay the application fee online by using a debit card, a credit card, net banking, or UPI.
- To print the Confirmation Page: download and print two copies of the application form that you have completed, for use later when your documents are being verified.
Your Next Step to Score Higher in BPSC Physics
Consistent, focused practice is what secures your selection:
- Decide which exam stream you would like to aim for: either the BPSC TRE PGT Physics (80 Marks) or the BPSC CCE Prelims General Science.
- Take twenty minutes in your revision notebook to go through the essential formulas, the laws of motion, or the optical sign conventions.
- Start your free BPSC Physics Mock Test 2027 practice session on our platform.
- Check your scorecard, look at the branch accuracy heatmap, and study the step-by-step solutions for any questions that you answered incorrectly.
- You should develop accurate bubbling habits before the test day if you want to practice filling out an OMR sheet on physical paper.
