G3 Exercise & Sports Science: Why a Result Is Not the Same as Movement Feedback

Start by reading the content of the statement rather than its tone or format. “Eight of ten throws hit” concerns an outcome. “A left-foot step occurred before release on four attempts” concerns an observed movement feature in the fictional record.

Both statements can be useful, but they answer different questions. The first tells us how often the task target was reached. The second tells us something about the way a movement was performed. Neither is a complete account of the whole performance.

This is why the word performance can be confusing. In everyday language it may include scores and results. In the technical feedback distinction used here, knowledge of performance refers to movement information. Keep the specific category meaning visible.

Do not classify feedback solely because it contains a number. Eight hits is numerical outcome information. Four recorded steps is numerical movement information. Content, not the presence of digits, determines the distinction.

A useful first note has two headings: outcome and movement. Place each supplied statement under the appropriate heading before explaining its possible use.

This simple sorting step can prevent a much larger error. If a student assumes the score describes technique, they may invent a movement explanation that the record never supplied. Separating the information first allows them to recognise what is already known and identify the observation needed for a different claim, while preserving the value of the result itself.

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There are ten attempts in the paper case. Hits occur on attempts one, two, four, five, six, eight, nine and ten. Misses occur on attempts three and seven. That gives eight hits and two misses.

The separate movement feature is a left-foot step before release. It is recorded on attempts one, two, three and four. The other six attempts are recorded without that feature under the exercise’s stipulated observation.

These are complete invented records for a reasoning task. They are not measurements taken by eduKate, a published dataset or a report about an actual pupil.

The code does not say whether the step is desirable. It merely identifies a feature selected for comparison. A movement judgement would need the task, relevant criteria and an appropriate observer’s analysis.

Keep the two records aligned by attempt number. Attempt three is a miss with the feature; attempt seven is a miss without it. If you merge all hits into one row and all movement observations into another summary, you lose those individual relationships.

A useful table therefore has attempt, outcome and movement-feature columns. The layout helps students distinguish two types of information while still inspecting how they occur together. It also makes later arithmetic checkable. Every count should be traceable to the original row rather than reconstructed from a vague impression that successful attempts must all have used the same movement.

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Knowledge of results, often abbreviated KR, is outcome-related feedback. In our case, telling the performer that eight of ten throws hit the target provides information about the result of the task.

The statement does not need to describe every attempt separately to count as outcome information. A summary can still be KR. Likewise, telling the performer that the third attempt missed provides a more local outcome result.

The task goal matters. A hit is meaningful because the fictional exercise defines reaching the target as the outcome. In another activity, the relevant result might be a time, distance or score under stated rules.

Do not infer a movement pattern from that result. Eight hits does not establish which foot moved, how the arm travelled or what happened at release. Those are separate observation questions.

The result also does not prove why the performer succeeded. A score records an outcome under the conditions of the case. It is not a complete causal explanation.

For a short answer, state what the feedback tells the performer: how the result compared with the task goal. Then identify its limit if the question asks for analysis. “Eight hits gives outcome information but does not specify the movement used” is a clear distinction. It recognises the feedback’s usefulness without claiming that a score can substitute for observing technique or that outcome information is unhelpful merely because it is incomplete.

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Knowledge of performance, often abbreviated KP, concerns information about the movement pattern or execution. In our fictional case, reporting whether a left-foot step occurred before release provides movement information.

That does not automatically make the statement a complete coaching solution. A movement feature can be described accurately while its relevance to the task still needs evaluation. The record does not establish that every performer should use the selected step.

KP is therefore not simply a label for good advice. It identifies the kind of information. Its quality also depends on observation, relevance, accuracy and how it is used.

A numerical movement statement can be KP: “The feature was recorded on four of ten attempts.” A non-numerical statement can also be KP if it describes an observed movement. The classification follows the content.

Do not say that KP always tells us why a result occurred. It may provide evidence useful for analysis, but a single observed feature does not automatically establish causation. The step and the hit are different columns for a reason.

A useful answer defines the category and gives the case-specific example. Then, where needed, note that further analysis is required before recommending a change. This approach avoids replacing one shortcut with another. The student learns that movement feedback can add important detail while still needing a justified connection to the actual task and an honest account of what the observation does and does not show.

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Eight hits out of ten attempts gives an eighty-per-cent hit rate. Divide eight by ten and multiply by one hundred. The denominator is the number of attempts in the stated set.

This calculation summarises outcome success under the fictional conditions. It does not measure every aspect of skill and does not establish a movement pattern.

Do not write that eighty per cent of the technique was correct. The numerator counts hits, not checklist items about execution. The percentage belongs to the outcome measure.

Likewise, two misses do not prove that two movements were wrong in a particular way. The case includes no complete technical standard and no causal diagnosis of the misses.

Keep the units and label beside the result: eighty-per-cent target-hit rate in ten attempts. That is more informative than a bare eighty per cent.

For a separate comparison, a new set with sixteen hits out of twenty also gives eighty per cent. The equal rate does not make the records identical in size or sequence. Use the actual sample when discussing evidence.

The main learning habit is to preserve what was counted. A correct percentage can become misleading through an incorrect sentence. If the table counts outcomes, the conclusion should concern outcomes. Movement analysis can then be added from the separate record rather than smuggled into the meaning of the score. That keeps the arithmetic useful and the explanation honest.

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The selected movement feature occurs on attempts one through four, giving four recorded occurrences in ten attempts. The feature rate is therefore forty per cent under the fictional coding rule.

That percentage does not mean a forty-per-cent success rate. The movement feature and target hit are different events. Three of those four attempts are hits, while one is a miss.

The remaining six attempts have five hits and one miss. This shows directly that a successful outcome can occur both with and without the selected feature in the invented record.

Do not turn the forty-per-cent figure into a quality score. The case has not defined the step as required or undesirable. It is a descriptive frequency.

A useful explanation says, “The movement feature was recorded on four attempts; this is information about execution, not the overall hit rate.” The wording preserves both the count and its category.

For a school task with an actual technical criterion, use that criterion and the supplied observation method. A feature chosen in a paper example should not be carried into a real coaching session as a universal instruction.

This chapter illustrates why numerical information needs a meaningful heading. Eighty per cent and forty per cent are both correctly calculated, but comparing them as though one must be better would mix measures. Read what the numerator counts and what the denominator represents before interpreting the percentage.

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The row-by-row record allows us to inspect relationships that a summary score alone cannot reveal. Attempt one is a hit with the step feature. Attempt three is a miss with the feature. Attempt five is a hit without it. Attempt seven is a miss without it.

These examples show that the feature is not a perfect divider between success and failure in the fictional set. We should not claim that every hit used it or that every miss lacked it.

This is a useful check on memory. After reading an overall score, people may imagine a consistent movement story that was never recorded. Returning to the individual rows prevents that reconstruction.

The attempt number also keeps different records matched. If a movement observation comes from another session, it cannot automatically explain the outcomes in this one. The timing and source of the observation matter.

A clear table can therefore support both feedback categories while retaining their distinction. One column reports what happened to the target result; another reports the selected movement feature.

For analysis, describe the relationship before judging it. “Hits occurred in both movement-code groups” is supported. “The step caused the misses” is not. The table gives a small set of co-occurrences, not a controlled experiment. Keeping the rows visible allows students to make an accurate comparison and identify the limits without dismissing either record as useless.

An equal score can also accompany a different movement record. Imagine a separate fictional set with eight hits again, but with the selected step on all ten attempts. The outcome summary is unchanged while the movement-feature count differs.

This counterexample shows why the eight-hit summary cannot reconstruct the movement record uniquely. It does not prove which set has better technique, because no technical standard is supplied. It simply demonstrates that one result can be compatible with different execution descriptions. To compare the movement, you need movement evidence rather than a more confident reading of the same score.

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Within the four attempts with the feature, three hit the target, giving seventy-five per cent. Within the six without it, five hit, giving approximately eighty-three point three per cent. Those rates describe this small invented set.

They do not prove that avoiding the step improves performance. The attempts were not assigned as a controlled comparison, and many relevant movement and task conditions are unspecified.

A student should not recommend a universal technique change from the difference between these two small groups. The paper case was designed to distinguish information types, not identify an optimal throwing action.

The safe reasoning is specific: the selected feature co-occurs with both hits and misses, and the record does not establish its causal effect. An appropriate next analysis would need relevant criteria, better observation and a suitable comparison under school guidance.

Do not use the limitation to erase the descriptive result. Three of four and five of six remain correct counts. The problem arises only when the claim becomes larger than the evidence.

This is a valuable ESS habit. Data can support a pattern worth examining without establishing a training prescription. A clear answer states the observed relationship, explains what it cannot settle and identifies the next evidence needed. That is more useful than either declaring causation immediately or rejecting all performance data because one short record is incomplete.

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A statement describing what happened is not the same as an instruction about what to do next. “A left-foot step occurred before release” is an observation in the fictional record. “Change the step” is a proposed intervention.

The proposal needs a reason. The current case does not establish that the feature is wrong or that changing it would improve the target result. Therefore a correction cannot be justified merely because a movement feature has been identified.

In an actual school analysis, a teacher may supply a relevant criterion or help interpret a video. Use that evidence. Do not manufacture an angle, timing value or diagnosis that the record does not contain.

This also distinguishes feedback from a generic instruction given before any attempt. A cue about a future action may be useful teaching, but it is not automatically feedback about a movement already observed.

A clear answer can identify both parts when a statement contains them: the observed feature and the suggested next action. Then evaluate whether the suggestion follows from the available evidence.

For revision, underline the verb that moves from description to prescription. Ask what supports that transition. If the answer is only “the performer missed”, the technical reasoning may be incomplete. A result can motivate investigation, but it does not identify a unique cause. Keeping the transition visible helps students write specific, justified analysis rather than attach a familiar coaching phrase to every unsuccessful outcome.

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One comment can contain both KR and KP. For example, an observer might tell the fictional performer that eight of ten attempts hit and that the selected step feature occurred on four attempts. The first clause reports outcomes; the second reports movement.

Do not force the whole sentence into one category when its content clearly contains both. Analyse the relevant parts.

The same principle applies to a longer feedback report. A score summary, a movement observation and a proposed next check can appear together while doing different jobs. Labelling the parts makes the explanation clearer.

A useful classroom exercise is to divide the statement at each claim. Ask what each claim tells the performer and which record supports it. The outcome clause points to the hit column; the movement clause points to the execution column.

Mixed feedback is not automatically better just because it contains more information. Its usefulness depends on accuracy and relevance to the learning question. A long comment can still be confusing if it combines unsupported claims.

For our paper case, the mixed statement gives a fuller description than the score alone, but it still does not prove the cause of success or the best movement change. This distinction prevents the student from assuming that combining two categories magically completes an explanation. More information can help, provided each part retains its meaning and the final conclusion stays within what those parts actually establish.

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“Well done” can encourage a performer, but by itself it does not specify the target result or a movement feature. Its positive tone is different from the content needed to identify KR or KP.

If the comment continues, “Eight of ten hit the target,” the added clause supplies outcome information. If it continues with an accurate movement observation, that clause supplies a different kind of detail.

The point is not that encouragement has no value. It is that encouragement and informational feedback are different functions. A supportive response can include both without treating one as a substitute for the other.

Similarly, a critical tone does not make a statement technically precise. “That was poor” gives little evidence about what occurred or what should be examined next.

A useful revision replaces a vague judgement with a checkable description while retaining respectful language. The fictional record allows an observer to name the outcome rate and the selected movement count. It does not allow an invented diagnosis.

For parents and peers, this distinction can make feedback kinder as well as clearer. Describing a specific attempt avoids turning a result into a label about the person. The student can then ask a concrete next question. A missed target is an event to analyse; it is not evidence that the performer lacks ability in every context. Accurate information supports a manageable learning discussion without requiring exaggerated praise or broad criticism.

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KR and KP describe what the information concerns. Timing describes when it is provided. Format describes how it is communicated. These are different dimensions.

A written report can contain outcome information, movement information or both. A spoken comment can do the same. Video can be used to discuss movement, but the mere presence of video does not guarantee that the feedback is KP or that the analysis is accurate.

Likewise, a comment given immediately after an attempt is not automatically KR. It could describe a movement feature. A later summary can also report either kind of content.

This guide does not prescribe an optimal feedback frequency or delay. Such decisions depend on the task, learner and teaching context. The research references are not used here to announce one universal schedule.

For a classification question, read the actual statement. If it reports eight hits, classify the content as outcome information even if it appears in a written table a day later. If it describes a recorded step, classify that content as movement information.

Keeping the dimensions separate prevents a common shortcut: “It was verbal, so it must be results feedback.” The channel does not decide the category. A student who names content, timing and format separately can analyse a feedback example more precisely and explain why two comments delivered in the same way may still provide different information to the performer.

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A performer may notice aspects of a result through their own senses, while an observer or device can provide additional information. The source of information is another distinction from whether the content concerns outcome or movement.

In our case, the fictional records are supplied on paper. When an observer reports the hit count to the performer, that is outcome-related augmented information. When the observer reports the movement feature, the content concerns execution.

Do not assume that a performer sees every outcome or accurately senses every movement. The task and available evidence matter. Equally, do not assume that an observer’s statement is correct merely because it comes from outside the performer.

The MIT research background distinguishes inherent and augmented feedback and the outcome-versus-movement categories. This article uses only that limited conceptual background, not a claim about the effectiveness of a particular device or rehabilitation method.

For a school answer, identify the source if the question asks for it, then classify the content separately. “Observer-provided movement information” is more precise than using one label to cover every dimension.

The general habit is to ask two questions: where did the information come from, and what does it describe? Keeping both visible helps students avoid a false choice between source and content. A useful explanation can recognise that a score from an observer and a movement note from the same observer share a source while providing different kinds of feedback.

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A movement observation needs a defined feature and a suitable view. Our paper case supplies the feature directly, so no one needs to infer it from an absent video. In actual analysis, an observer must be able to identify the feature reliably enough for the task.

A note such as “good technique” is too broad if it does not state what was inspected. A more useful record names the relevant movement and the conditions of observation.

Do not invent precise measurements from an unclear view. A video may show whether a step occurred while being unsuitable for an accurate joint-angle estimate. The evidence should support the level of detail claimed.

If an attempt cannot be judged from the available record, mark it as not assessable rather than convert uncertainty into a definite no. Our fictional table stipulates complete observations, but a real dataset may not.

This distinction matters because a count depends on coding. Four observed occurrences out of ten fully assessed attempts differs from four occurrences among ten attempts of which several were unclear. The denominator and interpretation should reflect the record.

For students, a useful next question is, “Could another reader identify the same feature from the evidence supplied?” If not, clarify the definition or limitation. The aim is not to make every classroom observation a complex research project. It is to keep feedback specific enough to inspect and modest enough to match what the observer can actually see.

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A result from one set of attempts describes performance in that set. It does not, by itself, prove a durable change in capability. A later independent check or a changed task can address different questions about retention or transfer when the school activity calls for them.

The main paper case contains no before-and-after learning comparison. We therefore cannot say that the supplied feedback improved learning, even though we can classify its content.

This is an important boundary. Knowing whether a statement is KR or KP does not automatically tell us which will work best for every learner. The categories describe information, not a universal ranking of effectiveness.

The original research reference compares feedback forms in a particular study context. This guide does not reproduce its training schedule or generalise its result to every child, sport or lesson.

For a school analysis, use the evidence the task provides. If it includes a practice result and a later check, distinguish those records. If it includes only one score, do not invent a learning trajectory.

A careful answer can say that the feedback may inform the next learning discussion while the record does not establish a lasting improvement. That statement preserves a useful role without overclaiming. Students become more accurate when they can separate what a feedback message contains, what happened immediately afterwards and what evidence would be needed to judge learning over time.

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A clear answer can begin by identifying the feedback content. “Eight of ten attempts hit the target” is knowledge of results because it reports the task outcome. The selected step record is knowledge of performance because it concerns movement execution.

Then point to the relevant evidence. The hit column supplies eight successes; the movement column supplies four occurrences of the defined feature. The row-by-row record shows that hits and misses occur in both feature groups.

Finally, state the boundary. These records do not establish that the step caused success or that changing it is the correct intervention. That would require further justified analysis.

This sequence is stronger than defining the two abbreviations and stopping. It applies the distinction to the actual case and shows why the information types should not be confused.

Use the school question’s command word to decide detail. Identification may need a label and example. Explanation needs the relationship between content and category. Evaluation needs a purpose and evidence of usefulness or limitation.

Read every technical claim against the record. If a sentence mentions an elbow angle, release speed or injury risk that the case never supplies, it should not appear as an established finding. A concise answer with a clear evidence trail is more useful than a long paragraph filled with coaching language that cannot be traced to observation. The goal is accurate analysis, not the appearance of technical certainty.

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A parent can begin with two statements from the case and ask which tells the result and which tells the movement. No physical activity or video recording is needed.

If the student says both are results because both contain numbers, ask what each number counts. Eight counts target hits. Four counts the selected movement feature. The labels reveal the distinction.

Next, ask whether eight hits tells us exactly how the performer moved. The answer should identify the missing movement information rather than guess a technique.

Use specific feedback on the student’s explanation. “You identified the outcome but added an unsupported cause” gives a repair route. A broad judgement about being careless does not help locate the reasoning step.

Let the student revise one sentence independently. They might state that the score is useful KR while the movement observation adds KP, and that neither alone proves a causal technique recommendation.

Finish with a changed paper statement, such as a time result or an observed movement sequence, and ask for the category and reason. This checks transfer beyond the original hit count. For actual school practical work, follow the teacher’s instructions and bring the task, independent attempt and feedback into a learning discussion. The parent’s role here is to help preserve the distinction, not diagnose a movement problem or prescribe a physical correction from a short written record.

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The consistency-and-accuracy guide is a useful companion when a student reads all target data as one measure. It distinguishes spread and closeness to a target. This article asks a different question: whether the information describes outcomes or movement execution.

The faster-time guide addresses evidence of improvement and training causes. Use it when a student assumes one better result proves why performance changed. Here the same caution applies to attributing a hit to one selected movement feature.

The possession-and-attacking-performance guide separates a headline statistic from the objective it is supposed to support. It reinforces the habit of asking what a measure actually establishes without treating one number as a complete account.

Data-response skills help keep the attempt rows and two columns aligned. Writing and Revision supports a specific explanation. Critical Thinking supports distinguishing a co-occurrence from a causal recommendation. English Across School Subjects helps with the technical meaning of performance in KP.

Choose the route that addresses the current obstacle, apply one concrete change and return to the ESS case. The ecosystem is useful when it improves the next analysis rather than become a list of general reading.

The broader ESS guide supplies the subject map. Follow the official syllabus and school instructions for the complete course and practical requirements. The focused job here is to keep result information, movement information and proposed correction distinct, so a useful score is neither dismissed nor made to explain more than it can.

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First, classify “Eight of ten attempts hit.” It is outcome-related KR when reported as feedback to the performer. Explain what it tells us and one movement detail it does not supply.

Second, classify the statement that the selected step occurred before release on four attempts. It is movement-related KP in this exercise. Explain why the number four does not make it a result score.

Third, analyse a mixed comment containing both statements. Identify the two clauses separately rather than force the entire message into one category.

Fourth, count the hits within each movement group. The fictional feature group has three hits in four attempts; the other group has five in six. Calculate the rates, then explain why the comparison does not establish a universal technique rule.

Fifth, consider a record in which two movement observations are unclear. State why unclear should not automatically be counted as absence and why the observation denominator needs attention.

Finally, revise “The performer hit eight times, so the technique must be correct.” Keep the useful outcome finding, remove the unsupported inference and name the movement evidence needed for a technical judgement. These exercises test whether you can preserve the meaning of feedback when the format, content and available evidence change. A strong answer should be specific, respectful and clear about what remains unknown.

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A result and a movement description are connected but different information. Knowledge of results concerns the task outcome. Knowledge of performance concerns movement execution. A number, a positive tone or a particular communication channel does not decide the category by itself.

In the original paper case, eight hits in ten attempts gives an eighty-per-cent outcome rate. The selected step feature occurs on four attempts. Hits and misses appear both with and without that feature, so the record does not establish a simple causal rule.

Keep the purpose of the example clear. It is an original reasoning exercise, not a report about an actual student or a coaching prescription. The step is a descriptive code, not a universal technical standard.

For the next independent attempt, identify what the feedback describes, locate the supporting record and separate observation from proposed correction. If the question asks about learning, look for evidence beyond a single immediate result.

Use the connected guides and official reference for their respective roles. The aim is a student who can value a score while recognising its limits, use movement information without inventing a cause and explain the next evidence needed. That makes feedback more useful because each statement answers the question it is actually equipped to answer.

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