Explains exact and approximate numeric types
https://knobit.org/id/knobit/K-654
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| Context functions | Object understanding |
|---|---|
| Knobit creation methods | AI generated |
| Knobit types | Knowledge |
| LCG purposes | Assessing the learner's knowledge or skill state |
| LCG purposes | Opening up a learning outcome |
| action verb | Explains en |
| assessment criterion | Chooses the numeric type for sample quantities en |
| assessment method | Written question with sample physical tables en |
| conforms to profile | https://oppekava.edu.ee/a/Knobitite_kirjeldamise_ja_seostamise_reeglid#LCG-KNOBIT-0.1 |
| dcterms:identifier | K-654 |
| dcterms:license | https://creativecommons.org/licenses/by/4.0/ |
| dcterms:source | Data-management practice used by the stage 6 reference and review checklist en |
| expected result | Decimals hold exact values; binary floating point cannot hold 0.01 en |
| owl:sameAs | https://bitbucket.org/reffa/ontology/id/knobit/data-modelling/06-physical/K-654 |
| rdfs:label | Explains exact and approximate numeric types en |
| schema:creativeWorkStatus | accepted |
| schema:isPartOf | Data modelling (DAMA-DMBOK2) |
| skos:definition | Decimals hold exact values; binary floating point cannot hold 0.01. en |
| skos:prefLabel | Explains exact and approximate numeric types en |
| target object | numeric type en |
Used by
| applies knowledge | Recognises binary floating point used for an exact quantity |
|---|---|
| includes knobit | Designs a physical data model for the target platform without introducing anomalies |
| includes knobit | Physical data model |
| requires knobit | Design the physical data model |