Words with Prefix “klor--” in Swedish

The word 'klorhexidindiacetatet' is a complex chemical compound name in Swedish. It is syllabified based on maximizing onsets, preferring open syllables, and resolving consonant clusters. The primary stress falls on the third syllable ('di'). The word is morphologically composed of a Greek-derived prefix ('klor-'), a Greek-derived root ('hexidi-'), a Latin-derived suffix ('acetat-'), and a grammatical suffix ('-et').

The word 'klorhexidindiacetatets' is a complex Swedish noun divided into nine syllables: klor-hex-i-din-di-a-ce-ta-tets. The primary stress falls on the third syllable ('di'). The word is morphologically complex, combining Greek and Latin roots with a Swedish genitive suffix. Syllable division follows standard Swedish rules prioritizing open syllables and onset maximization.

The word 'klorhexidindiglukonat' is a complex noun divided into eight syllables: klor-hex-i-din-di-glu-ko-nat. Primary stress falls on the third syllable ('din'). It's a compound word with Greek and Latin roots, functioning as a chemical name.

The word 'klorhexidindiglukonatet' is syllabified based on maximizing onsets and using each vowel as a syllable nucleus. The primary stress falls on the antepenultimate syllable. It's a complex noun derived from Greek and Latin roots, functioning as a disinfectant name.

The word 'klorhexidindiglukonatets' is a complex Swedish noun divided into nine syllables. Stress falls on the first syllable ('klor-'). The word is morphologically complex, built from Greek and Latin roots with a Swedish genitive suffix. Syllabification follows standard Swedish rules of onset maximization and avoiding stranded consonants.

The word 'klorhexidindiglukonats' is a complex Swedish noun divided into nine syllables (klor-hex-i-din-dig-lu-ko-na-ts) with primary stress on 'di-'. It's morphologically composed of a Greek-derived prefix ('klor-'), root ('hexidin-'), and a compound suffix ('diglukonat-s'). Syllabification follows Swedish rules of onset maximization and vowel nucleus requirements.