Words with Suffix “--aldehyde” in English (US)

Aminobenzaldehyde is syllabified as a-mi-no-ben-zal-de-hyde, with primary stress on the final syllable. It's a noun composed of the prefix 'amino-', root 'benz-', and suffix '-aldehyde'. Syllable division follows standard English rules based on vowel nuclei and consonant clusters.

Dibromoacetaldehyde is an 8-syllable chemical compound noun: di-bro-mo-a-ce-tal-de-hyde. It comprises the Greek prefix 'di-' (two), 'bromo-' (bromine), Latin root 'acet-' (vinegar/acetyl), and suffix '-aldehyde' (aldehyde group). Primary stress falls on 'tal' with secondary stresses on 'di', 'a', and 'hyde'. Syllabification follows morpheme boundaries with the Maximal Onset Principle applied within morphemes.

Homoanisaldehyde is syllabified as ho-mo-a-nis-al-de-hyde, with primary stress on the fourth syllable ('nis'). It's a noun composed of a Greek prefix, a Latin-derived root, and an English suffix, representing an organic chemical compound. Syllabification follows standard English rules of open/closed syllables, consonant clusters, and vowel-glide combinations.

Hydrocinnamaldehyde is a 7-syllable chemical compound name (hy-dro-cin-na-mal-de-hyde) combining the Greek prefix 'hydro-' (water/hydrogen), Latin root 'cinnam-' (cinnamon), and the suffix '-aldehyde' (organic compound class). Primary stress falls on 'mal' with secondary stresses on 'hy', 'cin', and 'hyde'. IPA: /ˌhaɪdroʊˌsɪnəˈmældɪˌhaɪd/. It is a noun denoting a fragrant organic compound used in perfumery.

Orthoveratraldehyde is a seven-syllable noun with primary stress on the fourth syllable ('rat'). Syllable division follows standard English vowel-centric rules, considering consonant clusters and liquid consonants. The word is morphologically complex, consisting of the prefix 'ortho-', root 'veratral-', and suffix '-aldehyde'.

Orthoveratraldehyde is a 7-syllable chemical compound name: or-tho-ver-a-tral-de-hyde. It combines the Greek prefix 'ortho-' (positional isomer), Latin root 'veratr-' (from veratrum plant), and '-aldehyde' suffix (functional group). Primary stress falls on 'tral', with secondary stresses on 'or', 'ver', and 'hyde'. Syllabification follows morpheme boundaries and the Maximal Onset Principle with legal English onsets.

Phenylacetaldehyde is a seven-syllable noun (phe-nyl-a-cet-al-de-hyde) with primary stress on the penultimate syllable. It's a chemical compound name built from Greek and Latin roots, and its syllabification follows standard US English rules, splitting consonant clusters and prioritizing vowel sounds.

Phosphoglyceraldehyde is a 7-syllable biochemical term (phos-pho-gly-cer-al-de-hyde) composed of Greek prefix 'phospho-' (phosphate), Greek root 'glycer-' (sweet/glycerol), and suffix '-aldehyde' (aldehyde group). Primary stress falls on 'al', with secondary stress on 'phos' and 'hyde'. IPA: /ˌfɑs.foʊ.ɡlɪs.ərˈæl.dəˌhaɪd/.

Protocatechualdehyde is syllabified as pro-to-ca-te-chu-al-de-hyde, with primary stress on 'ca'. It's a complex noun composed of the 'proto-' prefix, 'catechu-' root, and '-aldehyde' suffix. Syllable division follows standard vowel-consonant and prefix/suffix separation rules.

Sulphoparaldehyde is a six-syllable noun with primary stress on the fourth syllable. It's formed from 'sulph-', 'opar-', and '-aldehyde'. Syllabification follows standard US English rules, prioritizing vowel sounds and maintaining consonant clusters. It shares structural similarities with other aldehydes.

Tribromoacetaldehyde is syllabified into eight syllables: tri-bro-mo-a-ce-tal-de-hyde. The primary stress falls on the fourth syllable ('al-de-hyde'). The word is morphologically complex, consisting of the prefix 'tri-', the roots 'bromo-' and 'acet-', and the suffix '-aldehyde'. Syllable division follows standard English onset-rime rules.

Trichloroacetaldehyde is a nine-syllable word with primary stress on the penultimate syllable. Syllabification follows standard English onset-rime principles, dividing the word based on vowel-consonant patterns. The word is morphologically complex, containing prefixes, roots, and a suffix with Latin and Greek origins. It functions primarily as a noun denoting a chemical compound.