BMAT 2004Section 2 Worked Solutions

Detailed worked solutions for BMAT 2004 Section 2. Explore explanations and key concepts for each question.

Section Review

BMAT Section 2 Insights

BMAT Section 2 assesses Scientific Knowledge and its Application across Biology, Chemistry, Physics, and Mathematics. The 27 multiple-choice questions demand not just recall but analytical thinking and problem-solving under time pressure. Familiarity with core concepts and efficient calculation techniques are vital.

Key Biology Areas

Expect questions on: Cell Biology (structure, function, division, enzymes), Genetics (inheritance, DNA, variation), Physiology (human systems like circulation, respiration, nerves), Disease, and basic Ecology. For 2004, topics included circulatory system, respiratory system, sex-linked inheritance, sex chromosomes, portal systems, musculoskeletal system, mitosis & meiosis.

Key Chemistry Areas

Core topics include: Atomic Structure & Bonding, The Periodic Table, Stoichiometry & Moles (balancing equations, empirical formula), Energetics, Rates of Reaction & Equilibria (diffusion of gases), Redox, Organic Chemistry (amines, redox in organic), and Chemical Analysis (properties of substances, coordination chemistry like haemoglobin). For 2004, specific questions involved stoichiometry, properties based on bonding, empirical formula, organic functional groups, diffusion, and ligand strength.

Key Physics Areas

Often tested: Mechanics (forces, energy, motion), Electricity (circuits, current, voltage, resistance), Waves (sound, light, EM spectrum), Radioactivity, and Thermal Physics. Applying formulas and understanding physical principles are crucial. For 2004, topics included levers, current definition, energy conservation, terminal velocity, circuit analysis, electrical power definitions, nuclear decay types, and formula rearrangement for oscillations.

Key Mathematics Areas

Mathematics skills are integrated: Algebra (equations, formulae), Number (ratios, percentages, standard form), Geometry (areas, volumes, trigonometry basics), and Data Handling/Probability (binomial probability). These are often applied within scientific contexts. For 2004, this included geometry, quadratic inequalities, probability, and properties of roots of quadratic equations.