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

The word 'ballistocardiograph' is divided into seven syllables: bal-lis-to-car-di-o-graph. It's a noun composed of the prefix 'ballisto-', the root 'cardio-', and the suffix '-graph'. Primary stress falls on the third syllable. Syllabification follows standard English vowel-consonant division rules, with considerations for consonant clusters and schwa vowels.

Barothermohygrograph is a 7-syllable technical noun (bar-o-ther-mo-hy-gro-graph) composed of four Greek combining forms: baro- (pressure), thermo- (heat), hygro- (moisture), and -graph (recorder). Primary stress falls on 'ther'; secondary stress on 'bar' and 'hy'. Syllable boundaries respect morpheme joins, and the maximal onset principle applies within morphemes.

The word 'barothermohygrograph' is a complex noun composed of Greek-derived morphemes. It is syllabified into seven syllables with primary stress on the final syllable ('graph'). Syllabification follows standard English onset-rime rules, with consistent vowel-based division.

The word 'cardiopneumograph' is divided into six syllables: car-di-o-neu-mo-graph. It's a noun composed of Greek-derived combining forms and a suffix. Primary stress falls on the third-to-last syllable. Syllabification follows standard English vowel and consonant division rules.

The word 'cardiosphygmograph' is divided into six syllables: car-di-o-sphyg-mo-graph. It's a noun composed of Greek and Latin morphemes relating to the heart and recording. Primary stress falls on the third syllable. Syllabification follows standard US English rules, with the 'sph' cluster treated as a single onset.

The word 'chromophotolithograph' is a complex noun derived from Greek roots. It is divided into seven syllables: chro-mo-pho-to-li-tho-graph, with primary stress on the second-to-last syllable. Syllabification follows standard English VCV and CVC rules, considering consonant digraphs.

Chromophotolithograph is a seven-syllable compound noun from Greek combining forms: chromo- (color) + photo- (light) + litho- (stone) + -graph (writing). Syllabified as chro-mo-pho-to-lith-o-graph following morpheme boundaries. Primary stress falls on 'lith' (5th syllable), with secondary stress on 'chro', 'pho', and 'graph'. IPA: /ˌkroʊ.moʊ.ˌfoʊ.toʊ.ˈlɪθ.ə.ˌɡræf/. The word denotes a color print made using photolithographic techniques.

Electrocardiograph is a seven-syllable word (e-lec-tro-car-di-o-graph) with primary stress on the third syllable. It's composed of the prefix 'electro-', the root 'cardio-', and the suffix '-graph'. Syllabification follows the principles of maximizing onsets and adhering to vowel-consonant patterns.

The word 'electrochronograph' is divided into six syllables: e-lec-tro-chro-no-graph. It comprises the prefixes 'electro-' and 'chrono-', and the suffix '-graph'. Primary stress falls on the fifth syllable ('no'). Syllabification follows standard vowel division, CVC patterns, and consonant blend maintenance rules.

Electroencephalograph is an 8-syllable Greek-derived compound noun (e-lec-tro-en-ceph-a-lo-graph) with primary stress on 'ceph' and secondary stress on 'lec' and 'graph'. It combines electro- (electricity), encephalo- (brain), and -graph (recording device), meaning an instrument that records brain electrical activity. Syllabification follows morpheme boundaries and the maximal onset principle for legal clusters.

Electroencephalograph is a nine-syllable word of Greek and Latin origin. It's syllabified as el-ec-tro-en-ceph-a-log-ra-ph, with primary stress on the penultimate syllable ('log'). The word consists of the prefix 'electro-', the root 'encephalo-', and the suffix '-graph', and functions primarily as a noun denoting an instrument for recording brain activity.

The word 'electroretinograph' is a seven-syllable noun with primary stress on the fourth syllable. It's formed from Greek and Latin roots, denoting an instrument for recording retinal electrical activity. Syllabification follows standard US English rules of onset-rime division, vowel-consonant-coda, and diphthong treatment.

Electrotellurograph is a seven-syllable noun with primary stress on the antepenultimate syllable. Syllable division follows standard English rules based on vowel-consonant patterns. The word is morphologically complex, composed of the prefix 'electro-', root 'telluro-', and suffix '-graph'.

The word 'kinetophonograph' is a noun composed of Greek roots meaning 'moving light sound recorder'. It is divided into six syllables: ki-ne-to-pho-no-graph, with primary stress on the fifth syllable. Syllabification follows standard vowel-consonant division rules, resulting in a mix of open and closed syllables.

Macroseismograph is a five-syllable noun (ma-cro-sei-smo-graph) used to record large earthquakes. It's formed from Greek roots and follows standard English syllable division rules, with primary stress on the third syllable.

The word 'magnetophonograph' is divided into six syllables: mag-ne-to-pho-no-graph. The primary stress falls on the fourth syllable ('pho'). It's a compound noun derived from Greek roots relating to magnetism, sound, and recording. Syllabification follows standard US English rules based on vowel-consonant patterns.

Micrometeorograph is a seven-syllable noun with primary stress on the penultimate syllable. It's formed from Greek roots and follows standard English syllabification rules based on vowel-consonant patterns.

Microseismograph is a five-syllable noun (mi-cro-seis-mo-graph) with stress on the fourth syllable. It's built from Greek roots and suffixes, and functions as an instrument for detecting small earthquakes. Syllabification follows standard English rules prioritizing onsets and vowel separation.

Microseismometrograph is a seven-syllable Greek-derived scientific compound (mi-cro-seis-mo-me-tro-graph). It combines four morphemes: micro- (small), seismo- (earthquake), metro- (measure), and -graph (recording device). Primary stress falls on 'seis' (syllable 3), with secondary stresses on 'mi' (1) and 'me' (5). The syllabification respects morpheme boundaries while applying the Maximal Onset Principle for legal consonant clusters.

The word 'microseismometrograph' is a complex noun of Greek origin, divided into seven syllables: mi-cro-seis-mo-me-tro-graph. Primary stress falls on the fifth syllable ('me-'). Syllabification follows standard English rules of vowel-consonant division, open/closed syllable identification, and stress placement.

The word 'phonocardiograph' is divided into six syllables: pho-no-car-di-o-graph. It consists of the prefix 'phono-', the root 'cardio-', and the suffix '-graph'. Primary stress falls on the third-to-last syllable. Syllabification follows standard English rules based on vowel-consonant patterns and open/closed syllable structures.

The word 'phonocinematograph' is divided into seven syllables based on vowel sounds and consonant clusters. The primary stress falls on the third-to-last syllable. It's a complex noun formed from Greek roots denoting sound, motion picture, and recording. Syllabification follows standard English rules, similar to words like 'photograph' and 'telegraph'.

Phonodynamograph is a six-syllable noun (pho-no-dy-na-mo-graph) with primary stress on the fourth syllable. It's morphologically composed of the prefix 'phono-', root 'dynamo-', and suffix '-graph', and its syllabification follows standard English vowel-consonant and diphthong-consonant rules.

The word 'photelectrograph' is a compound noun composed of the prefixes 'photo-' and 'electro-', and the suffix '-graph'. It is syllabified as pho-to-e-lec-tro-graph, with primary stress on the fourth syllable. The syllable division follows standard English rules based on vowel-glide combinations, diphthongs, and consonant clusters.

Photochromolithograph is a complex noun of Greek origin, divided into eight syllables with primary stress on the third. It describes a color printing process and its syllabification follows standard vowel and morphological rules.

Photochromolithograph is a 7-syllable compound noun from Greek combining forms: photo- (light), chromo- (color), litho- (stone), and -graph (writing). Syllabified as pho-to-chro-mo-lith-o-graph with primary stress on 'lith' and secondary stress on 'pho' and 'chro'. IPA: /ˌfoʊ.toʊˌkroʊ.moʊˈlɪ.θə.ɡræf/.

The word 'photochronograph' is a noun composed of Greek-derived morphemes. It is divided into five syllables: pho-to-chro-no-graph, with primary stress on the third syllable. Syllabification follows standard English rules of onset maximization and vowel-consonant division, though the diphthongs present a minor point of consideration.

The word 'photogalvanograph' is a six-syllable noun with primary stress on the fourth syllable. It's formed from Greek and Latin roots, and its syllabification follows standard US English rules based on vowel-consonant patterns and closed syllable structures. The compound nature and less common morphemes require careful consideration.

The word 'photospectroheliograph' is a complex noun composed of Greek and Latin roots. Syllabification follows standard English rules, dividing the word into eight syllables with primary stress on the fifth syllable ('li'). The word refers to an instrument used to observe the sun's spectrum.

Photospectroheliograph is an 8-syllable technical compound (pho-to-spec-tro-he-li-o-graph) combining Greek 'photo-' (light), Latin 'spectro-' (spectrum), Greek 'helio-' (sun), and Greek '-graph' (recording instrument). Primary stress falls on the final syllable 'graph', with secondary stresses on 'pho', 'spec', and 'he'. Syllabification follows morpheme boundaries and the maximal onset principle within each combining form.

Compound of photo+spectro+helio+graph; syllabified pho-to-spec-tro-he-li-o-graph with primary stress on he and IPA /ˌfoʊtoʊˌspɛktroʊˈhiːlioʊˌɡræf/.

The word 'photostereograph' is divided into six syllables: pho-to-ste-re-o-graph, with primary stress on the fourth syllable ('re'). It's composed of the prefix 'photo-', the root 'stereo-', and the suffix '-graph'. Syllable division follows vowel-CVC and consonant cluster rules.

Radiocinematograph is a complex noun composed of Latin and Greek roots. It is syllabified as ra-di-o-ci-ne-ma-to-graph, with primary stress on the penultimate syllable. Syllable division follows standard VCV and CV rules, with consonant clusters remaining intact. It shares syllabic patterns with similar words like photograph and telegraph.

The word 'radiometeorograph' is divided into eight syllables based on vowel sounds and consonant clusters. It consists of the prefix 'radio-', the root 'meteor-', and the suffix '-graph'. Primary stress falls on the fourth-to-last syllable. Syllable division follows standard English phonological rules of open and closed syllables, and diphthong formation.

The word 'seismochronograph' is a noun composed of Greek morphemes. It is syllabified as sei-smo-chro-no-graph, with primary stress on the fourth syllable. The syllabification follows vowel and consonant cluster rules, but the word's complexity presents some exceptions.

The word 'seismometrograph' is divided into five syllables: sei-smo-me-tro-graph. It is composed of the prefix 'seismo-', the root 'metro-', and the suffix '-graph'. The primary stress falls on the fourth syllable. Syllable division follows vowel-consonant and open/closed syllable rules.

The word 'spectroheliograph' is divided into six syllables: spec-tro-he-li-o-graph. It features a Latin prefix, a Greek root, and a Greek suffix. Primary stress falls on the third syllable ('lio'), with secondary stress on the first ('spec'). Syllable division follows standard vowel-consonant and consonant cluster rules.

The word 'spectrophotograph' is divided into five syllables: spec-tro-pho-to-graph. The primary stress falls on the fourth syllable ('to'). The syllabification follows standard English rules based on vowel-consonant division, consonant cluster maintenance, and open syllable preference. The word is morphologically complex, consisting of the prefix 'spectro-', root 'photo-', and suffix '-graph'.

The word 'sphygmochronograph' is a complex noun of Greek origin, meaning an instrument for recording pulse and arterial pressure. It is divided into five syllables: sphyg-mo-chro-no-graph, with primary stress on the fourth syllable. Syllabification follows standard English rules, considering vowel sounds, consonant clusters, and digraphs.

The word 'stereocomparagraph' is divided into seven syllables: ste-re-o-com-pa-ra-graph. It's a noun composed of the prefixes 'stereo-' and the root 'compar-', and the suffix '-graph'. Primary stress falls on the fourth syllable ('com'). Syllable division follows standard English vowel-consonant rules.

Stereophotomicrograph divides into 8 syllables (ste-re-o-pho-to-mi-cro-graph) following morpheme boundaries of four Greek combining forms. Primary stress falls on 'cro' (syllable 7), with secondary stresses on 'ste' and 'pho'. The word is a noun denoting a three-dimensional photograph of a microscopic subject.

Stereophotomicrograph is a complex noun formed from multiple Greek roots and suffixes. It is syllabified as ste-re-o-pho-to-mi-cro-graph, with primary stress on the antepenultimate syllable. Syllable division follows standard vowel-consonant rules, with open and closed syllable structures.

The word 'stereoradiograph' is divided into seven syllables: ste-re-o-ra-di-o-graph. It consists of the prefix 'stereo-', the root 'radio-', and the suffix '-graph'. Primary stress falls on the final syllable. Syllable division follows standard English rules based on vowel sounds and consonant clusters.

The word 'thermometrograph' is a noun of Greek origin, meaning an instrument for recording temperature. It is divided into five syllables: ther-mo-me-tro-graph, with primary stress on the fourth syllable ('tro'). The syllabification follows standard English vowel-consonant rules, and the word's structure is similar to other '-graph' words like 'photograph' and 'telegraph'.

Ultraphotomicrograph is a seven-syllable scientific compound noun (ul-tra-pho-to-mi-cro-graph) combining Latin 'ultra-' with Greek elements 'photo-', 'micro-', and '-graph'. Primary stress falls on 'mi' with secondary stresses on 'ul', 'pho', and 'graph'. Syllabification follows morpheme boundaries and Maximal Onset Principle, producing /ˌʌl.trə.ˌfoʊ.toʊ.ˈmaɪ.krə.ˌɡræf/. The word denotes an extremely magnified photograph of microscopic subjects.