ENP Alger Access Contest study plan

Diagnose your current level in Mathematics by working through 30 mixed problems across algebra, functions, and geometry under timed conditions, then tabulate your error types.

Rebuild algebraic fluency by factoring, simplifying rational expressions, and solving linear and quadratic equations until you can do 20 in a row with no slips.

Set up a single error log (spreadsheet or notebook) with columns for topic, error cause, and re-test date, and enter every mistake from this week.

Master function behavior by sketching and analyzing domain, range, monotonicity, and parity for polynomial, rational, exponential, and logarithmic families.

Solve systems of equations and inequalities, including those with parameters, and verify each solution set graphically.

Drill sequences and series until you can compute sums and general terms for arithmetic and geometric cases without notes.

Establish mechanics fundamentals by solving kinematics problems in one and two dimensions, explicitly drawing a free-body or motion diagram for each.

Apply Newton's laws and energy and momentum conservation to at least 25 problems, checking units and limiting cases on every answer.

Build a physics formula sheet organized by conservation-law applicability so you can choose the right principle quickly.

Consolidate Mathematics by re-solving every problem in your error log from weeks 1-2 without consulting solutions.

Extend physics coverage to electricity and magnetism basics: field, potential, Ohm's law, and simple series-parallel circuits.

Practice cross-domain transfer by solving 10 problems that require both algebra and physical reasoning, such as parameter-dependent motion.

Secure stoichiometry by balancing equations and converting among moles, mass, volume, and concentration for 20 reactions.

Apply gas laws and thermochemistry to solve quantitative problems, tracking units at every step.

Map organic functional groups and basic reaction types onto a reference chart you can reconstruct from memory.

Link chemistry to biology by explaining pH, buffers, and osmosis in the context of cell and blood homeostasis in writing.

Master core biology content: cell structure, membrane transport, and enzyme kinetics, tested by answering 30 recall and application questions.

Cover genetics and energy metabolism by solving monohybrid and dihybrid cross problems and tracing ATP yield through respiration.

Complete biology coverage by summarizing physiology systems and ecology cycles in your own diagrams.

Train scientific reasoning by identifying assumptions, variables, and confounds in 20 experimental scenarios and judging whether conclusions follow.

Practice data interpretation by extracting trends and computing simple statistics from tables and graphs you construct yourself.

Simulate exam conditions by completing two full-length timed papers weighted 25/25/20/15/15 across the five domains.

Triage weaknesses by ranking your remaining error-log entries and re-drilling only the top ten before test day.

Finalize recall aids by condensing all formula sheets and reference charts onto two pages you can review in ten minutes.