A paradigm as a model
Dickinson College Commentaries presents stella “star” as a first-declension model. The grid below follows its chart, preserving long vowels with macrons. It is a grammar paradigm, not a claim that all ten forms occur in a single inscription or manuscript. Before using one form to interpret a text, find the actual token, date, orthography and syntax. A model helps identify possibilities; the witness supplies the occurrence.
Rows name case, columns name number. The nominative can mark a subject in many clauses, the accusative a direct object in many clauses, the genitive a dependent or possessive relationship, and the dative often a recipient or beneficiary. The ablative has several functions. These descriptions are starting points, not English translations that fit every sentence.
What the noun grid reveals
The singular genitive and dative have the same model form stellae. The plural nominative also has stellae. Their identity is syncretism, so a bare stellae token cannot be assigned a case and number from form alone. The plural dative and ablative both have stellīs. The singular nominative stella and ablative stellā differ in vowel length in the model; a manuscript without macrons may not show that distinction graphically.
Dickinson’s grammar records historical and special case forms in its separate §43, including old genitive singular -āī and alternative dative/ablative plural endings in particular nouns. The classroom grid is a model for a declension class; it is not an exhaustive record of every period, noun and register.
A present verb grid
The DCC first-conjugation chart gives present active indicative and subjunctive forms of amō. Its six person-number rows demonstrate agreement; the two mood columns demonstrate that the same lexeme can have a distinct form across mood. The source intentionally leaves the subjunctive untranslated because its interpretation varies by construction. The familiar English translation “I love” does not encode all the grammatical values of amō by itself.
Compare amō with amās and amāmus. Do not infer a perfectly invariant stem by cutting off the last one or two letters in every cell: the DCC chart notes stem-vowel behavior before -ō and in the subjunctive. A grammar’s conjugation class accounts for these alternations.
Practice
Using the stella grid, list every case-number reading compatible with stellae before looking at a sentence. Then find a Latin passage containing the form and use its construction to eliminate candidates. Keep the passage’s spelling distinct from the macronized grammar model. For the verb grid, compare one indicative and subjunctive pair and explain why a translation alone cannot identify the mood.
| Case | Singular | Plural |
|---|---|---|
| Nominative | stella | stellae |
| Genitive | stellae | stellārum |
| Dative | stellae | stellīs |
| Accusative | stellam | stellās |
| Ablative | stellā | stellīs |
| Person and number | Indicative | Subjunctive |
|---|---|---|
| First singular | amō | amem |
| Second singular | amās | amēs |
| Third singular | amat | amet |
| First plural | amāmus | amēmus |
| Second plural | amātis | amētis |
| Third plural | amant | ament |
Modern-language examples on this page clarify a linguistic pattern. They do not establish unattested sounds or forms for an ancient language. Follow the cited sources below and keep editorial readings separate from the surviving trace.
