MATSEC IM Physical Education common mistakes
MATSEC IM Physical Education · Understand the traps and how to avoid them.
In the practical/performance component, the candidate keeps training the same activity without ever checking it against the assessed criteria, and records sessions as a diary ('played 5-a-side, felt good', 'did gym') with no reference to the techniques, tactics or decision-making being marked, then cannot name a specific weakness with evidence.
Training is treated as general fitness work rather than as deliberate practice of the criteria used to grade the activity, so there is no feedback loop between performance, analysis and the next block of practice.
What to do instead
Obtain the assessment criteria for the chosen activity and convert them into a short checklist. Video two sessions, score them against that checklist, pick one target for the next four weeks and record what changed. In any written analysis, cite the specific moment and the criterion it failed, not a general impression.
Naming a muscle without stating the joint, the action and the opposing muscle, for example writing 'the quadriceps flex the knee', or crediting the hamstrings with knee extension, or calling a muscle the agonist when it is acting as the antagonist in that phase.
Muscle names are memorised as an isolated list from a textbook table, so each name is never anchored to a joint, a direction of movement and an opposing muscle; under pressure the label is attached to whichever movement is being described.
What to do instead
Build a four-column table for shoulder, elbow, hip, knee and ankle: action, agonist, antagonist, plane and axis. Then practise reverse questions (given the muscle, name its joint and action) and describe a named sporting movement phase by phase, naming the agonist and antagonist at every joint involved.
Assigning the wrong energy system to a performance duration, for example saying the ATP-PC system 'runs' a 400 m race, or that a 1500 m swim is anaerobic, or that lactate appears only when an athlete is unfit or 'lactic acid' is the sole cause of fatigue.
The three systems are learned as three separate definitions with approximate clock times, but are never tested against real events, and the 'lactic acid means lack of fitness' idea is picked up from school-level coaching language rather than from physiology.
What to do instead
Fix an anchor set of events with dominant systems (100 m sprint, 400 m, 800/1500 m, marathon, 200 m freestyle, 2000 m rowing) and always answer as 'dominant system, with a contribution from X', justified by duration and intensity. Practise classifying unfamiliar events aloud using the same two criteria.
Mis-classifying body levers, most often calling a calf raise at the ankle a third-class lever, or calling elbow extension during a throw a third-class lever, because a muscle is spotted and third class is assumed.
Lever examples are memorised as a list ('biceps = third class') instead of being worked out from the positions of fulcrum, effort and load, so any unfamiliar joint is guessed.
What to do instead
Before naming the class, draw the three points and read their order: fulcrum between effort and load = first class, load between fulcrum and effort = second class, effort between fulcrum and load = third class. Then compute mechanical advantage (effort arm divided by load arm, no units) and explain why most human levers are third class and trade force for speed and range.
Losing or mis-stating units in biomechanics calculations: quoting mechanical advantage as '3.5 N', substituting body mass in kg where force in newtons is required, giving power in joules, or presenting an answer with no unit and no working.
Calculations are reproduced from worked examples without tracking what quantity is being found, and the mass/weight distinction is not secure, so the number is copied correctly but labelled wrongly.
What to do instead
Write the formula, substitute with units, cancel units, then evaluate. Memorise the set: work = force (N) x distance (m) in J; power = work / time in W; weight = mass x 9.81 in N; mechanical advantage and efficiency have no units (efficiency as %). Do five numerical items per session and mark units as a separately scored step.
Classifying a skill as open or closed from the sport rather than from the environment ('football is open'), or listing Fitts and Posner's cognitive, associative and autonomous stages as if they were age groups, with no behavioural evidence such as consistency, rate of improvement, self-talk or dependence on feedback.
Skill classification is memorised sport by sport, and the stages model is learned as three labels with no attached characteristics, so the candidate cannot justify the classification or recognise a stage from a described performer.
What to do instead
Justify every classification with the state of the environment and whether timing is self-paced. For each learning stage, list observable markers plus a coaching implication (cognitive stage: demonstrations, short frequent feedback; autonomous stage: internal feedback, tactics). Rehearse on unfamiliar skills such as a golf putt or a swimming turn.
Writing a programme that contradicts its own goal: aerobic FITT (3-5 sessions, 60-80% HRmax, 20-60 min) prescribed to develop flexibility, a 'strength' session of 3 x 20 reps at light load, or principles such as specificity and progressive overload named in a list but never applied to the named performer.
FITT is memorised as one block of numbers and the training principles as definitions, so the prescription is never checked against the component being trained or the individual's starting point.
What to do instead
Use a grid: fitness component, test used, FITT variables, recovery, and the principle justifying progression. For every prescription write one sentence tying it to specificity and one to progressive overload, then audit sets, reps, intensity and rest against the stated goal before finishing the answer.
Calling a fitness test 'valid' when the point being made is that it gives repeatable scores, or reporting a result with no comparison to a norm, criterion or the performer's own baseline, so the answer never states whether the score is good, average or poor.
Validity and reliability are learned as two glossary words rather than as separate questions (does it measure the component? does it give the same score on retest?), and test data is treated as the end of the answer instead of evidence for a judgement.
What to do instead
For each component, pair the test with what it measures (validity), its protocol and main sources of error (reliability), and a norm table or classification band. Practise the interpretive sentence: 'A score of X places the performer in the Y band for this age and sex, which means...' and name one limitation of the test.
Answering ethics and sociology questions with opinion only ('doping is wrong', 'sport brings people together') with no concept, no governing body and no concrete case, and no counter-argument even when the command word is 'discuss' or 'evaluate'.
These topics feel like general knowledge, so candidates write what they already believe and never deploy socialisation, commercialisation, equity, fair play, sportsmanship versus gamesmanship, strict liability or the World Anti-Doping Code.
What to do instead
Prepare a card per topic with three parts: concept, mechanism, example, plus one counterpoint. In the exam, define the concept, apply it to the scenario given, support it with the named body or example, state the opposing view, then give a judgement. Scale the length to the marks available.
Writing a risk assessment as an unordered hazard list ('wet floor, no first aid, injured player') with no likelihood or severity rating, no control measure matched to each hazard and no emergency action plan; and in injury scenarios recommending heat, massage or returning to play within the first 48 hours.
Risk assessment is learned as 'spot the dangers' rather than as a process with an order, and RICE is remembered as a slogan without the linked avoid-HARM rule, the removal-from-play step and the referral criteria.
What to do instead
Use a fixed grid: hazard, who is at risk, likelihood x severity, control (eliminate, substitute, reduce, protect), residual risk, responsible person. Add the emergency action plan (assess, protect, contact, transfer, record). For injuries apply RICE and state explicitly what to avoid in the first 48-72 hours and when to refer for medical review.