The E is a long E and the Y sounds like a long I, as in defy.
The vowel sound in tie is a long I sound, so that it rhymes with die, lie, and pie, and also by (bye), cry, dry, dye, fly, fry, guy, high, lye, my, ply, pry, rely, rye, sigh, sky, sly, sty, thigh, try, why, and wry. Other words with a long I include: I words (isle, mild, find, sign) IGHT sounds (light, might) I words with silent E (bite, pine, wipe) EI words (stein, fraulein) AI words (aisle) Y words (type, rhyme) AY Words from French (bayou, cayenne)
It usually has a long I when preceded by a consonant (by, my, nylon, python) and in a stressed syllable. In words with single F-Y it is always a long I sound, and in words made with the word BY. When paired with a vowel (A, E, O) the Y forms a diphthong sound (AY=A EY=A or E, OY= OI). With U, it may be an I sound (buy, guy) or an E (soliloquy). Examples of Y as I: fly, cry bylaw, hereby dye, lye, rye defy, rely buy, guy
Some example Y words: by, dry, fly, my, sky,why, cry UY words : buy, guy
Some words ending in Y / Long I sound: -- ally, apply -- by, buy, bely, butterfly -- cry, comply -- defy, deny, dry -- fly, fry -- guy -- imply -- liquefy, lullaby -- my -- ply, pry -- rely, reply -- shy, sky, sly, spy, sty, supply -- try -- why
The Y is often a long I at the end of words, such as cry, try, fly, deny, and rely. It is also long in silent E words such as bye, dye, rye, rhyme, and byte, and in longer words such as gyrate and zygote.
The vowel sound in tie is a long I sound, so that it rhymes with die, lie, and pie, and also by (bye), cry, dry, dye, fly, fry, guy, high, lye, my, ply, pry, rely, rye, sigh, sky, sly, sty, thigh, try, why, and wry. Other words with a long I include: I words (isle, mild, find, sign) IGHT sounds (light, might) I words with silent E (bite, pine, wipe) EI words (stein, fraulein) AI words (aisle) Y words (type, rhyme) AY Words from French (bayou, cayenne)
It usually has a long I when preceded by a consonant (by, my, nylon, python) and in a stressed syllable. In words with single F-Y it is always a long I sound, and in words made with the word BY. When paired with a vowel (A, E, O) the Y forms a diphthong sound (AY=A EY=A or E, OY= OI). With U, it may be an I sound (buy, guy) or an E (soliloquy). Examples of Y as I: fly, cry bylaw, hereby dye, lye, rye defy, rely buy, guy
Some example Y words: by, dry, fly, my, sky,why, cry UY words : buy, guy
Sight and sound
Some words ending in Y / Long I sound: -- ally, apply -- by, buy, bely, butterfly -- cry, comply -- defy, deny, dry -- fly, fry -- guy -- imply -- liquefy, lullaby -- my -- ply, pry -- rely, reply -- shy, sky, sly, spy, sty, supply -- try -- why
Lions can sustain a sprint for about 300 meters, reaching speeds of up to 50 mph, but they are not built for long-distance running. Generally, lions rely on short bursts of speed to catch prey or defend territory.
Bats rely on the property of echolocation in waves to navigate and locate prey. They emit high-frequency sound waves that bounce off objects and return as echoes, allowing bats to perceive their surroundings in the dark. This helps them "see" by using sound instead of light.
Sound would travel least efficiently in a vacuum because there are no particles for the sound waves to travel through. Sound waves rely on a medium, such as air or water, to propagate.
The Y is often a long I at the end of words, such as cry, try, fly, deny, and rely. It is also long in silent E words such as bye, dye, rye, rhyme, and byte, and in longer words such as gyrate and zygote.
Individuals who are deaf or hard of hearing may not rely on sound for communication or understanding. Additionally, some animals, such as snakes and insects, do not have the anatomical structures or sensory capabilities to detect sound.
If there was no sound in the world, communication would be extremely challenging as we rely on sound for speaking and listening. Also, animals and environmental cues use sound for survival and navigation. It would significantly impact our daily lives and experiences.
Sonar machines rely on the property of sound waves that allows them to bounce off objects and return to the source, a phenomenon known as echo. By calculating the time it takes for the sound wave to bounce back, sonar machines can determine the distance and location of objects underwater.