A.15.11:5 - Archetypal Grounding

The cases below are constructed examples of the method, not measurements of its effectiveness.

A.15.11:5.1 - An optional report enters a portfolio decision

A team estimates six hours to add a chart to a weekly report. The existing report already supports the current staffing decision. Their planning sheet asks only how long the addition will take, so that estimate is taken as a reason to start implementation.

A planner adds one question beside the estimate: “Which decision becomes better with this addition, compared with the report we already use?” The linked instruction explains how to compare an attainable addition with the current arrangement. For this example, adding and using the question takes ten minutes.

For this staffing use, the team finds no improved decision and keeps the current report. Under the stated estimates, preparing and using the cue leaves five hours and fifty minutes available for other work compared with adding the chart. A different benefit of the chart would reopen the comparison.

For a different, one-off cue whose only possible benefit is saving at most two minutes, while preparation and explanation would take twenty minutes, the planner stops before creating or testing it. The known benefit does not justify that work.

Now change the report case: the new report is needed for an already accepted contractual obligation. The same optional-improvement question no longer settles whether to provide it. The team retains the obligation and compares ways to satisfy it. This contrast narrows the cue to optional additions and prevents an attractive cost comparison from silently changing the commitment.

A.15.11:5.2 - A model-review question reaches an assistant

An organization has an instruction for examining how data were recorded. Its assistant usually starts fitting a model as soon as a table arrives. The column label “measurement” does not reveal that some entries are selected or censored.

At the existing model-review step, the organization makes a question available: “What procedure produced each kind of record, including values omitted or reported only as bounds?” In this example the data documentation says that an entry “below 5” records any value under the instrument’s reporting threshold. The assistant obtains the relevant modeling instruction. For that record, it evaluates the proposed model’s probability of a value below 5 instead of treating 5 as an observed value.

If the documentation instead says that values below 5 are absent from the dataset, the receiving calculation changes. The cue has exposed a condition to investigate; the modeling method determines the calculation. If documentation is unavailable, the result is a specific missing fact, not a guessed observation procedure.

The assistant’s access to this question is part of the configured work. This case establishes neither parameter learning nor recognition without the provided question.

A.15.11:5.3 - A teacher distinguishes noticing from movement capability

During a familiar dance figure, a learner remembers the sequence and follows the rhythm in a simpler version, but loses balance during a turn. At an agreed pause, the teacher asks the learner to compare the two versions and identify where continuing the figure becomes difficult.

The cue makes a coordination question available. It does not establish the cause of the loss or supply the bodily method that would repair it. The teacher now needs a movement-practice method for examining the loss of balance and choosing a suitable exercise within the learner’s limits. After practice, the relevant return is to the figure with its rhythm, balance and partner relations occurring together.

Repeating “notice your balance” is unhelpful once the learner already recognizes the difficulty. The next contribution lies in acquisition or execution, not in making the question more prominent. For an artificial performer, the corresponding next contribution must be selected from its own sensing, control and learning methods; a human first-person instruction is not automatically an executable robot instruction.

A.15.11:5.4 - A checklist supports a handover without claiming completeness

A laboratory’s existing handover requires the recipient to know which sample each result concerns. A short execution check asks the producer to compare the identifiers on the result and the specimen record before transfer. The action for an unresolved match is to recover that correspondence before using the result; a tick without that comparison supplies no assurance.

The identifier check can pass while the recipient still cannot use the result because its unit or measurement condition is unclear. The handover therefore leaves room to name a concern outside the listed checks and obtain the relevant explanation. B.5.PI helps develop the question if neither person can yet state it. The checklist remains useful for its selected condition; it is not enlarged into a claim that every possible problem has been excluded.