The speed of sound in warm moist air is about 340 m/s. If you tuned your flute to play there, how would it do in cold dry air where the speed is 330 m/s? Pick those that apply. A tuning to A440 at the warmer temperature will drop by about 13 Hz at the cooler temperature. Frequencies increase by 3% when the temperature is lowered Frequencies decrease by 3% when the temperature is lowered A tuning to A440 at the warmer temperature will increase by about 13 Hz at the cooler temperature

The speed of sound in warm moist air is about 340 m/s. If you tuned your flute to play there, how would it do in cold dry air where the speed is 330 m/s? Pick those that apply. A tuning to A440 at the warmer temperature will drop by about 13 Hz at the cooler temperature. Frequencies increase by 3% when the temperature is lowered Frequencies decrease by 3% when the temperature is lowered A tuning to A440 at the warmer temperature will increase by about 13 Hz at the cooler temperature

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Question

The speed of sound in warm moist air is about 340 m/s. If you tuned your flute to play there, how would it do in cold dry air where the speed is 330 m/s?

Pick those that apply.

		A tuning to A440 at the warmer temperature will drop by about 13 Hz at the cooler temperature.
		Frequencies increase by 3% when the temperature is lowered
		Frequencies decrease by 3% when the temperature is lowered
		A tuning to A440 at the warmer temperature will increase by about 13 Hz at the cooler temperature