Words with Root “nitro-” in English (US)

Dinitrocellulose is a six-syllable noun with primary stress on the fifth syllable. Syllabification follows standard English vowel-consonant rules, considering the word's Latin-derived morphemes. The word's structure is consistent with similar chemical compounds.

Hexanitrodiphenylamine is divided into nine syllables: hex-a-ni-tro-di-phen-yl-a-mine. It's a complex noun with Greek and Latin roots, primarily stressed on the penultimate syllable. Syllabification follows standard English vowel-consonant and prefix/suffix rules.

Metanitroaniline is syllabified as me-ta-ni-tro-a-ni-li-ne, with primary stress on the second-to-last syllable. It's a complex noun composed of the prefixes 'meta-' and 'nitro-', and the suffix '-aniline'. Syllabification follows onset maximization and vowel-centric principles, with penultimate stress applying to the final syllables.

Mononitrobenzene is syllabified as mo-no-ni-tro-ben-zene, with primary stress on 'ben'. It's a noun composed of the Greek prefix 'mono-', the Latin root 'nitro-', and the root 'benzene'. Syllable division follows standard English rules of vowel-consonant and consonant-vowel separation, maintaining consonant clusters.

Orthonitroaniline is a seven-syllable noun with primary stress on the fourth syllable ('tro'). It's formed from the prefixes 'ortho-' and 'nitro-' and the root 'aniline'. Syllabification follows the vowel-coda rule and diphthong rule, creating open syllables around each vowel sound.

Tetranitromethane is syllabified as tet-ra-na-i-tro-meth-ane, with primary stress on the third syllable. It's a noun composed of the prefix 'tetra-', root 'nitro-', and suffix '-methane'. Syllable division follows standard English onset-rime and vowel-consonant rules.

Trinitrocellulose is a six-syllable noun with primary stress on the penultimate syllable. Syllabification follows standard English rules, respecting morpheme boundaries and consonant cluster constraints. It's a complex word derived from Latin roots, referring to a highly explosive compound.