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

Chlorotrifluoromethane is an 8-syllable chemical compound name: chlo-ro-tri-flu-o-ro-meth-ane. It comprises four morphemes: chloro- (chlorine), tri- (three), fluoro- (fluorine), and methane (single-carbon saturated hydrocarbon). Primary stress falls on 'meth'; secondary stress on 'chlo' and 'tri'. IPA: /ˌklɔːroʊˌtraɪflʊəroʊˈmɛθeɪn/. Syllabification follows morphological boundaries and the Maximal Onset Principle with legal English onset clusters.

Compound chemical noun from chloro- + tri- + fluoro- + methane. Syllabified as chlo-ro-tri-flu-or-o-meth-ane with primary stress on meth; IPA /ˌklɔː.roʊ.ˌtraɪ.ˌflʊ.ər.oʊ.ˈmɛθ.eɪn/.

dichlorodifluoromethane syllabifies as di-chlor-o-di-fluor-o-meth-ane with primary stress on meth and secondary stress on chlor and fluor; combining-form boundaries favor chlor- and fluor- + -o splits, and IPA is /daɪˌklɔr.oʊ.daɪˌflʊər.oʊˈmɛθ.eɪn/.

Dichlorodifluoromethane is an 8-syllable chemical noun, syllabified as di-chlor-o-di-fluor-o-meth-ane. Its structure is a compound of morphemes (di-, chloro-, di-, fluoro-, methane). Primary stress is on 'meth', with secondary stress on 'chlor' and 'fluor'. This syllabification reflects common vowel reduction in unstressed syllables in American English.

Dichlorodifluoromethane is a 9-syllable chemical compound name (di-chlo-ro-di-flu-o-ro-meth-ane) following IUPAC nomenclature. It combines two 'di-' prefixes (meaning 'two') with 'chloro' (chlorine), 'fluoro' (fluorine), and 'methane' (base hydrocarbon). Primary stress falls on 'meth', with secondary stresses on prefixes and root-initial syllables. The IPA transcription is /ˌdaɪˌklɔːroʊˌdaɪˌflʊoʊroʊˈmɛθeɪn/. Syllabification respects morpheme boundaries and applies maximal onset with legal clusters ('chl', 'fl'). This noun refers to Freon-12 (CCl₂F₂), a now-banned refrigerant and ozone-depleting CFC.

A long compound chemical noun segmented as di-chloro-di-phenyl-tri-chloro-ethane; syllabification follows compound joins and legal onsets, with primary stress on eth- of ethane and secondary stress on numeric prefixes.

The word is a chemical name composed of Greek-derived morphemes. Its 11 syllables are divided primarily along these morpheme boundaries: di-chlo-ro-di-phe-nyl-tri-chlo-ro-eth-ane. Primary stress is on 'eth' and secondary on 'phe', a common pattern for such compounds. It is a noun referring to the insecticide DDT.

Diphenylquinomethane is a 7-syllable chemical compound name (di-phe-nyl-qui-no-meth-ane) with primary stress on 'meth' and secondary stresses on 'di', 'phe', and 'qui'. The morphemic structure comprises the prefix 'di-' (two), roots 'phenyl' (benzene derivative), 'quino-' (quinone-related), and 'meth-' (methyl), plus the suffix '-ane' (hydrocarbon marker). IPA: /daɪˌfiːnəlˌkwɪnoʊˈmɛθeɪn/.

Hexachlorocyclohexane is an 8-syllable chemical compound name (hex-a-chlo-ro-cy-clo-hex-ane) built from Greek combining forms: hexa- (six) + chloro- (chlorine) + cyclo- (ring) + hexane (6-carbon saturated hydrocarbon). Primary stress falls on the penultimate 'hex' syllable, with secondary stresses on the initial syllables of each combining form. Syllabification follows morpheme boundaries and the maximal onset principle, with /kl/ clusters preserved as legal English onsets.

The word 'hexahydroxycyclohexane' is a 9-syllable chemical term divided as hex-a-hy-drox-y-cy-clo-hex-ane. Its structure is a composite of morphemes: hexa- (6), hydroxy- (-OH), cyclo- (ring), and hexane (6-carbon chain). Primary stress is on the eighth syllable ('hex') from the root 'hexane', with secondary stresses on preceding morphemes. The division respects both chemical morpheme boundaries and English phonotactic rules like the Maximal Onset Principle.

Hexahydroxycyclohexane is divided into nine syllables based on vowel sounds and consonant clusters. The word is a noun with primary stress on the fourth and seventh syllables. Its morphemic structure reveals Greek and alkane origins. Syllabification follows standard English rules, consistent with similar complex chemical compounds.

hex-a-hy-drox-y-cy-clo-hex-ane (9 syllables) with primary stress on the hex of hexane; compound boundaries align with hexa- + hydroxy + cyclo + hexane and x=/ks/ stays in codas.

Hexahydroxycyclohexane is a nine-syllable chemical compound name (hex-a-hy-drox-y-cy-clo-hex-ane) with primary stress on the penultimate 'hex' syllable. It combines Greek-derived morphemes: hexa- (six) + hydroxy (-OH groups) + cyclo- (ring) + hexane (six-carbon saturated chain). Syllabification follows morpheme boundaries and the Maximal Onset Principle, with legal onset clusters /dr/ and /kl/ preserved. The word functions only as a noun, naming the compound also known as inositol.

Nitrotrichloromethane is a 7-syllable chemical compound name (ni-tro-tri-chlo-ro-meth-ane) composed of prefixes nitro- (nitrogen), tri- (three), chloro- (chlorine), root meth- (one carbon), and suffix -ane (alkane). Primary stress falls on 'chlo', with secondary stress on 'ni' and 'meth'. Syllabification follows morpheme boundaries consistent with IUPAC chemical nomenclature.

Pentatriacontane is a 6-syllable noun with stress on the third syllable from the end. It's composed of Greek and English morphemes denoting a 35-carbon saturated hydrocarbon. Syllable division follows standard English vowel-consonant patterns.

Sulfonethylmethane is a six-syllable chemical name (sul-fon-eth-yl-meth-ane) with primary stress on 'eth'. It's composed of the prefix 'sulfo-', roots 'ethyl-' and 'meth-', and the suffix '-ane'. Syllabification follows standard English vowel-consonant patterns.

Tetrachloromethane is divided into six syllables: te-tra-chlor-o-meth-ane. Primary stress falls on 'meth'. The word is morphologically composed of the prefix 'tetra-', roots 'chloro-' and 'meth-', and the suffix '-ane'. Syllabification follows standard US English rules based on vowel-consonant and consonant-vowel patterns.

Trichloronitromethane is a 7-syllable chemical compound name divided as tri-chlo-ro-ni-tro-meth-ane. It consists of three combining forms (tri-, chloro-, nitro-) plus the base 'methane'. Primary stress falls on 'meth'; secondary stresses occur on 'tri', 'chlo', and 'ni'. IPA: /ˌtraɪˌkloʊroʊˌnaɪtroʊˈmɛθeɪn/. The word is a noun referring to chloropicrin, a toxic fumigant compound.

Compound chemical noun with morphemes tri- + fluoro- + chloro- + methane; syllabified as tri-fluo-ro-chlo-ro-me-thane with primary stress on “me.” IPA /ˌtraɪ.flɔː.roʊ.ˌklɔː.roʊ.ˈmɛ.θeɪn/; minor variation in “fluo” and “chlo” vowels is common.

Trifluorochloromethane is an 8-syllable chemical compound name: tri-flu-o-ro-chlo-ro-meth-ane. It combines Latin prefix 'tri-' (three), 'fluoro-' (fluorine), Greek-derived 'chloro-' (chlorine), and 'methane' (base hydrocarbon). Primary stress falls on 'meth'; secondary stresses on 'tri', 'flu', and 'chlo'. Syllabification follows morpheme boundaries and the Maximal Onset Principle with legal onsets /fl/ and /kl/.