Vertices

The vertices of the triangular roof added an elegant touch to the architecture of the house.

The vertices of the star-shaped flower stood out among the other blossoms in the garden.

The vertices of the cube were sharp and well-defined, giving it a distinct shape.

The vertices of the satellite dish pointed towards the sky, ensuring a strong signal reception.

The vertices of the city skyline were illuminated by the vibrant lights at night.

The spaceship's trajectory was determined by the coordinates of its vertices.

The word "elephant" has four vertices: the initial "e", the medial "e", the medial "a", and the final "t".

The linguistics textbook provided detailed examples of vertices in different languages, aiding students in their understanding of syllabic structure.

The researcher conducted a study on the effect of vertices on the perception of syllables in infants.

The syllable "dog" has two vertices: the initial "d" and the final "g".

The linguist analyzed the vertices in the word "cat" and noted the final segment as the "t" sound.

The word "chocolate" has five vertices: the initial "ch", the medial "o", the medial "c", the medial "o", and the final "e".

The linguistic analysis revealed that certain languages have more complex vertices compared to others.

The professor explained that vertices play a crucial role in syllable structure and can affect the overall meaning of words.

The syllable "sun" has two vertices: the initial "s" and the final "n".

The ESL student found it challenging to distinguish the vertices in English syllables due to the unfamiliar phonetic patterns.

The word "banana" has four vertices: the initial "b", the medial "a", the medial "n", and the final "a".

The word "happy" has two vertices: the initial "h" and the final "y".

The syllable "cat" has three vertices: the initial "c", the medial "a", and the final "t".

The language learner struggled to identify the vertices in complex syllables during pronunciation practice.

The vertices of the ecliptic play a significant role in determining the Earth's tilt and axial precession.

By studying the vertices, astronomers can calculate the exact length of a tropical year.

The motion of planets can be observed as they cross the vertices of the ecliptic.

The vertices of the ecliptic are used to define the zodiac constellations.

Understanding the behavior of the vertices helps astronomers make accurate celestial predictions.

The vertices of the celestial equator are used to define the equatorial coordinate system.

Astronomers study the movement of the sun along the vertices of the ecliptic.

The vertices of the celestial equator have been used for centuries to determine the time of year for agricultural activities.

The alignment of the vertices determines the equinoxes in astronomy.

During the equinox, the sun is positioned exactly on one of the vertices.

The changing position of the vertices affects the length of daylight hours throughout the year.

The vertices play a crucial role in understanding the Earth's axial tilt and its impact on the seasons.

The annual migration of birds coincides with the movement of the vertices along the celestial equator.

The vertices mark the points where the sun's path changes direction during the solstices.