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a) A sound wave moves through the air. Its frequency is 522.32 Hz. The air temperature is 11 °C. Calculate to the nearest tenth of a meter per second, the velocity of the sound on air. b) The frequency changes to 1090.7 Hz. The air temperature reminds 11 °C. Calculate to the nearest tenth of a meter per second, the velocity of the sound on air.

a) A sound wave moves through the air. Its frequency is 522.32 Hz. The air temperature is 11 °C. Calculate to the nearest tenth of a meter per second, the velocity of the sound on air. b) The frequency changes to 1090.7 Hz. The air temperature reminds 11 °C. Calculate to the nearest tenth of a meter per second, the velocity of the sound on air.

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a) A sound wave moves through the air. Its frequency is 522.32 Hz. The air temperature is 11 °C. Calculate to the nearest tenth of a meter per second, the velocity of the sound on air. b) The frequency changes to 1090.7 Hz. The air temperature reminds 11 °C. Calculate to the nearest tenth of a meter per second, the velocity of the sound on air.
Transcribed Image Text:a) A sound wave moves through the air. Its frequency is 522.32 Hz. The air temperature is 11 °C. Calculate to the nearest tenth of a meter per second, the velocity of the sound on air. b) The frequency changes to 1090.7 Hz. The air temperature reminds 11 °C. Calculate to the nearest tenth of a meter per second, the velocity of the sound on air.
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