Can You Hear Me Now?


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October 1, October 4, The more barometric pressure present, the higher the frequency. A parabolic sound collecting dish is a good way to measure the frequency of sound. A parabolic sound collecting dish can be used to listen to distant sound and noises, and measure its frequency.

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Once the dish is placed in the desired position, the sound will travel through the air and bounce off the dish into the microphone, where the frequency can by recorded. The unwanted sounds bounce off at different angles, so they never reach the microphone. Sound waves were researched to see if pressure affects the frequency of sound. Barometric pressure was researched in partner with sound waves. Sound was also a big topic and was researched to see how it behaved in different temperatures.

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Finally, we researched about parabolic sound collecting dishes and how they worked. The average is The outlier is trial one because it is There is no trend. The range of the data is Hz. The outlier is trial three; it was The average for the data is There was no outlier; they are all close to the average. The average of the data is There was no outlier; they were all close to the average. There is an upward trend and at trial 5 the trend starts to drop. The average of all the trials is Hz. The outlier was trial one because it is The range of the averages is The average is Hz.

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There is no outlier, they all were very close to eachother. There was no trend, and the range was Hz. The outlier was trial four, it is Hz below the average, and there is no trend. The range is Hz. The outlier is trial 2, because it is the farthest from the average. It is There seems to be no trend, The range is Hz. The outlier is trial 2 because it is There is no trend, and the range of the data is Hz.

The average of the averages is The outlier is trial one, because it is Also, if there is more heat in the air, the higher pressure. The hypothesis was partially correct. All of the averages trials at cm were lower than the ones at cm, the highest being The closer an abject is and the more heat is present allows it to collect more sound.


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Not all of the other factors besides the independent variable were controlled. Also, the dish could have moved a little from all of the handling it had during the experiment. If the experiment could have been repeated, a room that could be heated up evenly would have been used.

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Also, a heat resistant metronome would have been ideal with the parabolic sound collecting dish bolted down. Lastly the container should be sound proof and have the air pressure at sea level. This relates to our experiment because it has to do with how temperature affects the amount of sound collected. If hotter temperatures make the amount of sound collected go up, then cooler temperatures should make the amount collected go down. It would be interesting to see if this is true. This relates to our experiment because the experiment took place in a windless environment.

However, the wind outside is always changing, due to differences in air pressure, so the amount of hertz collected might depend on the wind.

Decibels and Hertz are related in the sense that they both have to do with sound. Saying this, the amount of decibels given off could affect the amount of Hertz collected. Jason, and Samuel. Sound Is Energy. Davidson,, By Michael. Weed,, By Geoffrey. Vecchione, Glen. New York: Sterling Pub. Busch-vishniac, Ilene J. Not an Education. Create an Account. Please enter your email address and we'll send you instructions to reset your password.

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