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Yellow

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Zain, Jithin, Ayush, Aditya, Layal, Ursula (Group A)

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Zain, Jithin, Ayush, Aditya, Layal, Ursula (Group A)

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Longitudinal

330 m/s

Moves through compressions and rarefactions

Moves fastest though a solid medium compared to a gaseous medium.

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Group D (Enjy, Sahar, Yousef, Murtaza, Ahmad, Malaika)

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Group D (Enjy, Sahar, Yousef, Murtaza, Ahmad, Malaika)

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Speed of a sound wave refers to how fast the disturbance is passed from particle to particle. While frequency refers to the number of vibrations that an individual particle makes per unit of time, speed refers to the distance that the disturbance travels per unit of time.

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Group C: Franchesca, Jasmine D, Anjanette, Gian, Lance, Nour

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Group C: Franchesca, Jasmine D, Anjanette, Gian, Lance, Nour

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To produce vibrations, the tines in a tuning fork are struck.

The movement of the tines hits the surrounding air particles at such a high speed which makes it invisible to the naked eye. It hits the air particles several hundred times per second.

If you put a vibrati tuning fork in water, the water will reverbrate in high jets.

It produces longitudinal waves (as sound).

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Sound is one kind of longitudinal    wave, in which the particles oscillate to and fro in the same direction of wave    propagation. Sound waves cannot be transmitted through vacuum. The transmission of sound    requires at least a medium, which can be solid, liquid, or gas.

# data[].attributes.subject
Sound is one kind of longitudinal    wave, in which the particles oscillate to and fro in the same direction of wave    propagation. Sound waves cannot be transmitted through vacuum. The transmission of sound    requires at least a medium, which can be solid, liquid, or gas.

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shyambhavi, vandhana, eesha, nafisa, aashi
yr:10G

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The distance between particles is smaller in solids than in liquids and in liquid than in air, sound is a disturbance that moves through particles.

Sound moves faster in solids than in liquids

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Explain the speed of sound in solid and liquid

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Explain the speed of sound in air

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Explain the vibration in a tunic fork.

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Explain the nature of sound waves.

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How sound waves are produced?

Explain the answer with all possible details.