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.1.
1) 1.5cm
2)3cm
3)4cm
4 5.5 cm
5)7cm
.2.
7cm of water produces the lowest tone
.3.
1.5cm of water produces the Hightest tone

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1.6.4in with the box 6in
2.16cm
3.8cm
4. The one who has the greatest length
5. I think there is a difference because every string has its own tone.
6. By twisting the rubber bands together
7. By doubling the size of the rubber band
First we got all our supplies out to create the chelo. then Prisca put four bands on the box. Then she measures with the labquest which one made the highest tone. We then recorded each sound the rubber bands make.

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Table 3 Marco Jesus Francisco Christian 

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Table 3 Marco Jesus Francisco Christian 

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Pan pipes

1. 6 inches
2. 6 inches because the longer tube has a longer way for the sound waves to travel down and to come back up
3. 3.25 inches because the sound waves have the shortest tube to travel down the tube and to come back up
4. 3.19 inches
5. The lowest tone to the highest tone have a different length tube.
6.

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1. Pipe 1 is 5 3/4 cm, pipe 2 is 3 1/4, 3 pipe is 4 1/2 pipe 4 is 6 cm.
2. The length is 6 cm
3. 3 1/2
4. Lowest  has a deeper sound and the    Highest tone has a really high voice
5. Because the the shooter on takes in quicker air than the long one.
6.

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Table One Justin, Oscar, Hien, Abraham. Cello

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Table One Justin, Oscar, Hien, Abraham. Cello

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1. 1/5, 1/5, 2/5, and 3/5 of a centimeter. Difference is 3 cm apart from each other.
2. The peach one
3. The blue one
4. The different size rubber band
5. I think there is a difference of sound because of the different size they have.
6.You could produce a lower tone by getting a bigger rubber band.
7.I could produce a higher tone by getting a smaller rubber band