AIIMS B.Sc. Nursing study plan

Convert between SI and CGS units and solve 20 numericals on dimensional analysis and significant figures.

Derive and apply the three kinematic equations to 15 problems on uniformly accelerated motion, including projectile motion.

Draw free-body diagrams and apply Newton's three laws to 12 problems involving friction, tension and pulleys.

Solve 10 problems on work, energy, power and conservation of linear momentum, covering elastic and inelastic collisions.

Apply the laws of thermodynamics, calorimetry and latent heat to 12 numericals on heat and thermal expansion.

Compute image position, magnification and power for 15 problems on mirrors, lenses and the human eye.

Solve 15 circuit problems using Ohm's law, series-parallel combinations and Kirchhoff's rules.

Summarise photoelectric effect, Bohr model, radioactivity and half-life in 20 numbered recall points.

Apply the mole concept, stoichiometry and limiting-reagent reasoning to 20 numericals.

Compute pH, buffer and solubility-product values for 15 problems using the standard formulae.

Write electron configurations and predict periodic trends for the first 30 elements.

Balance 15 redox equations by both oxidation-number and ion-electron methods, naming the oxidising and reducing agents.

Name and classify 30 organic compounds by IUPAC rules and identify their functional groups.

Distinguish SN1, SN2, addition and elimination pathways in 10 written comparisons covering rate, stereochemistry and conditions.

Illustrate structural, geometric and optical isomerism with 8 labelled examples.

Label a cell diagram with 12 organelles and compare prokaryotic with eukaryotic cells in a 10-row table.

Explain digestion, respiration, circulation and excretion by drawing four labelled flowcharts.

Solve 15 Mendelian genetics problems, including dihybrid crosses and pedigree analysis, without referring to notes.

Describe DNA replication, transcription and translation in correct sequence with three labelled diagrams.

Compare mitosis and meiosis in a table with at least eight points of difference, including chromosome behaviour and outcome.

Outline human reproductive anatomy, gametogenesis and the menstrual cycle as a labelled hormonal timeline.

Summarise ecology and environment in two pages: food chains, biogeochemical cycles, biodiversity and pollution.

List 10 biotechnology applications such as recombinant DNA, PCR and vaccines with a one-line explanation each.

Compile a dated log of 60 current-affairs items from the past six months covering health, science, awards, sports and appointments.

Solve 40 aptitude questions on percentages, ratio-proportion, averages and time-speed-distance under a strict timer.

Complete 20 reasoning sets covering series, coding-decoding, blood relations and syllogisms, recording an accuracy figure per set.

Apply 60 English grammar and usage rules across 50 error-spotting and sentence-improvement items.

Practise three reading-comprehension passages and 20 vocabulary items including synonyms, antonyms and one-word substitutions.

Sit three full-length mock tests covering all five domains under exam timing and tabulate domain-wise scores.

Re-solve every item in the weeks 1-7 error logs until each one is corrected without help.

Recite 60 high-yield facts from memory: 20 Physics formulae and constants, 20 Chemistry reactions, 20 Biology terms.

Compress each domain into a single A4 revision sheet for final review.