NEET UG study plan

Build a one-page formula and constant sheet for mechanics, thermodynamics, and mole-concept calculations, then solve 30 recall problems using it without notes

Derive and re-derive the five kinematic equations and Newton's three laws from first principles until each derivation is reproduced cold in under 3 minutes

Classify 60 mixed numericals from mechanics and physical chemistry by the single concept each depends on, and log the classification in a tracker

Define the first law of thermodynamics and apply sign conventions to 15 sign-tricky problems without a single convention error

Solve 40 problems on work-energy, power, and rotational motion, timing each set and recording average minutes per problem

Compute limiting-reagent, empirical-formula, and concentration problems for 25 stoichiometry scenarios with full unit tracking

Explain in writing why the second law of thermodynamics rules out a stated hypothetical process, in under 150 words

Redo every problem missed in week 1 and confirm the error type is gone

Map the periodic table trends (atomic radius, ionisation energy, electronegativity) onto 20 prediction questions and justify each answer

Draw and label orbital energy diagrams and electron configurations for the first 30 elements from memory

Solve 30 electrostatics and current-electricity numericals, writing the governing equation before each calculation

Summarise chemical bonding types in a comparison table covering 8 properties across ionic, covalent, and metallic bonds

Trace the full path of blood through the mammalian heart and double circulation, labelling 12 structures from memory on a blank diagram you draw yourself

Compare plant and animal cell division by listing 6 differences in a table and stating the function of each phase

Explain photosynthesis light and dark reactions as a sequence of 10 steps without referring to notes

Solve 25 genetics problems involving monohybrid and dihybrid crosses, showing Punnett squares and expected ratios

Describe the human digestive and respiratory systems as flow sequences, naming each organ and its secreted enzyme or gas-exchange role

Distinguish mitosis from meiosis across 8 criteria and apply them to 10 scenario questions

Explain plant water transport (root pressure, cohesion-tension, transpiration pull) in a written 200-word account

Solve 20 questions on Mendelian and non-Mendelian inheritance, including codominance and sex linkage

Balance 30 redox equations by oxidation-number and half-reaction methods and identify the oxidising agent in each

Solve 25 organic reaction-identification questions covering substitution, addition, and elimination, naming the mechanism

Classify 20 plant families by floral formula and diagnostic features from memory

Explain enzyme kinetics and the effect of temperature and pH on rate, with a sketched curve and 5 prediction questions

Solve 30 optics and modern-physics numericals (lens formula, photoelectric effect, Bohr model) with units checked on every line

Describe the human nervous and endocrine systems as signal pathways, naming 6 hormones and their target organs

Explain kidney filtration and reabsorption as a step sequence and answer 10 regulation questions

Redo all flagged errors from weeks 1 to 6 and confirm each is resolved

Sit two full-length timed mock papers under exam conditions and record section-wise scores

Analyse every mock error by domain and concept, ranking the top 10 weak areas

Revisit the top 10 weak areas with targeted 10-problem drills each

Recite the formula sheet and key diagrams from memory in a single 45-minute pass