BSEH SS Physical Education common mistakes
BSEH SS Physical Education · Understand the traps and how to avoid them.
Writing the definition of physical fitness as 'the ability to do work' or listing only muscular strength and endurance, while omitting cardiovascular endurance, flexibility and body composition from the five-component model.
Candidates memorise the first line of the textbook definition and stop there, so they never internalise that fitness is a multi-component construct; the health-related versus skill-related split is also conflated, and examiners award marks component by component.
What to do instead
Build a five-box table (cardiovascular endurance, muscular strength, muscular endurance, flexibility, body composition) and a separate four-box table for skill-related components (speed, agility, balance, coordination, power, reaction time). Practise answering 'define fitness' in 30 seconds by naming all five health components with one example each, then rehearse the distinction between health-related and performance-related fitness until you can state it without notes.
Drawing a league fixture as a full round-robin for an odd number of teams without adding a bye, so the number of matches in the answer does not equal N(N-1)/2 and the bye column is missing.
Candidates learn the formula but freeze on odd team counts because the standard fixture table is usually taught with even numbers; they also forget that a bye counts as a round for that team and must be shown in the fixture.
What to do instead
For N teams, compute total matches = N(N-1)/2 and total rounds = N (odd) or N-1 (even). When N is odd, add one dummy team named 'Bye' to make the count even, then rotate the fixed team while the others rotate. Draw a full 7-team single league fixture from scratch three times, checking that each round has exactly 3 matches plus 1 bye and that the total is 21 matches.
In a diet-planning question, giving a single macronutrient percentage or a sample menu without tying it to the athlete's sport, body weight and training phase, and without naming the timing of pre-, during- and post-competition meals.
Candidates treat nutrition as general healthy-eating advice rather than sports-specific periodised fuelling; they also confuse the roles of carbohydrate loading, protein for repair, and hydration/electrolytes, so the answer reads as a generic diet chart that earns few marks.
What to do instead
Use a fixed four-part structure for every nutrition answer: (1) energy and macronutrient split with a gram figure per kg body weight, (2) food sources for each macro, (3) timing around training/competition (3-4 h pre, during, within 30-60 min post), (4) hydration and micronutrient notes. Practise with a named athlete (e.g. a 60 kg endurance runner) so every number is calculated, not quoted.
Describing adapted physical education as merely 'easier' or 'modified' games, and classifying disabilities only by medical label without matching each to a specific adaptation in equipment, rules, environment or instruction.
The domain is often skimmed because it feels less numerical; candidates memorise disability names (visual impairment, hearing impairment, locomotor disability, intellectual disability) but not the teaching adaptation attached to each, so answers stay abstract and miss the applied marks.
What to do instead
Make a four-column grid: disability type, implication for participation, equipment/rule adaptation, instructional adaptation. Fill it with concrete examples (bell ball for visually impaired, lower net and lighter ball for locomotor disability, visual demonstrations and sign cues for hearing impairment, task analysis and repeated practice for intellectual disability). Then answer past-style questions by naming the disability, the barrier, and the exact adaptation.
Treating 'children and women in sports' as a list of benefits only, omitting the physiological and sociological constraints (menarche, menstrual cycle, iron loss, lower VO2 max norms, bone density, female athlete triad) and the safety/participation guidelines that examiners expect.
Candidates reduce this domain to motivational slogans about girls playing sport and miss the physiological content that carries the higher-order marks; they also confuse the female athlete triad with RED-S or omit it entirely.
What to do instead
Prepare two short lists: physiological considerations (menstrual cycle and training adjustment, iron-deficiency risk, lower absolute strength and VO2 max, bone health, triad of disordered eating–amenorrhoea–osteoporosis) and sociological factors (stereotyping, access, safety, media representation). For each, write one sentence on the implication for coaching or programme design so your answer links physiology to practice.
Computing BMI, waist-hip ratio or a fitness index with the wrong units or formula, and reporting a raw score without interpreting it against a norm or category.
Candidates mix metric and imperial inputs (height in cm entered as metres), use the wrong formula for the Harvard step test index or the 12-minute run, and stop at the number because they have not learned the classification bands.
What to do instead
Write a formula card and use it every time: BMI = weight (kg) / height (m)²; WHR = waist / hip; Harvard index = (duration of exercise in seconds × 100) / (2 × sum of three recovery pulse counts). After every calculation, add the category (underweight/normal/overweight/obese; poor to excellent) and one sentence on what it means for the individual. Do five worked examples with unit conversions shown line by line.
Explaining a sports injury by naming it (e.g. 'tennis elbow', 'shin splint', 'sprain') without stating the tissue involved, the mechanism, first aid and the return-to-play progression.
Candidates learn injury names from a glossary but not the anatomy or the mechanism, and they blur sprain (ligament) with strain (muscle/tendon); first aid is recited as RICE without the sequence or the timing of each step.
What to do instead
For each injury on your list, write four lines: structure damaged, mechanism (overuse vs acute, valgus/varus, eccentric load), immediate management (RICE with duration and what each letter achieves), and rehabilitation/return-to-play stages. Drill the sprain-versus-strain distinction and the difference between acute and overuse injury until you can classify any new example correctly.
Applying a biomechanical principle by name only - saying 'the player used the lever principle' or 'followed Newton's law' - without identifying the class of lever, the axis and fulcrum, or the specific force and the direction it acts.
Candidates memorise the labels (first/second/third class lever, Newton's three laws, projectiles, angular momentum) but never practise mapping them onto a named sporting action, so answers stay at the level of vocabulary and lose the application marks.
What to do instead
For ten common actions (biceps curl, calf raise, push-up, badminton smash, javelin throw, sprint start), state the lever class, the fulcrum, the effort and the load, and the relevant Newton law with the force pair. Use a fixed sentence pattern: 'In X, the fulcrum is at Y, the effort is applied by Z, and the load is W, making it a class-N lever.' Rehearse until the mapping is automatic.
Answering motivation, anxiety or aggression questions with a definition and a list of types, but never linking the construct to a measurable effect on performance or to an intervention a coach could apply.
Candidates treat psychology as descriptive vocabulary (intrinsic/extrinsic motivation, state/trait anxiety, hostile/instrumental aggression) and do not learn the inverted-U hypothesis, drive theory or the arousal–performance relationship, which is where the applied marks sit.
What to do instead
For each construct, write three lines: definition, effect on performance (with the named theory, e.g. inverted-U, drive theory, catastrophe theory), and one practical strategy (goal setting, imagery, relaxation, attribution training). Practise converting any psychology question into 'what does this do to performance and what would a coach do about it'.
Confusing the principles of training (overload, progression, specificity, reversibility, variation) with the methods (continuous, interval, fartlek, circuit, plyometric) and with the components of a training session, and describing periodisation without naming the macrocycle, mesocycle and microcycle.
The vocabulary overlaps and candidates revise from lists without a structure, so they answer a 'principles' question with methods, or describe a warm-up when asked about periodisation; the loading variables (intensity, volume, frequency, recovery) are also left out.
What to do instead
Build a three-level map: principles (why training works) → methods (how it is delivered, with an example sport) → periodisation (macro/meso/micro with the aim of each phase and where competition fits). For each method, state the work-to-rest ratio and the fitness component it develops. Answer ten mixed questions and label which level each one is testing before writing.