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Sound is produced through sound waves.

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No, you cannot hear sound in space because sound waves need to travel through air, which is not found in space.

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Sound is produced when an object vibrates, creating a pressure wave. This pressure wave causes particles in the surrounding medium (air, water, or solid) to have vibrational motion. ... The human ear detects sound waves when vibrating air particles vibrate small parts within the ear.

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No, you cannot hear any sounds in near-empty regions of space. Sound travels through the vibration of atoms and molecules in a medium (such as air or water). In space, where there is no air, sound has no way to travel.

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I will use and test out diffrent materials to see what type of sound they make like rubber bands, cardboard, paper, etc. I will also see how to actually make that instrument and then alternate the materials to what I have. Ex: strings on a guitar- rubber bands

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Sound is produced while an object vibrates, growing a pressure wave. because the particles vibrate, they circulate close by particles, transmitting the sound similarly through the medium. The human ear detects sound waves whilst vibrating air particles vibrate small components within the ear.

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With the bell ringing continuously inside, it can be easily heard outside of the jar. Once a vacuum pump is turned on, the air is slowly removed. As this happens, the sound gets quieter until eventually it cannot be heard at all. Sound does not travel at all in space. The vacuum of outer space has essentially zero air. Because sound is just vibrating air, space has no air to vibrate and therefore no sound. If you are sitting in a space ship and another space ship explodes, you would hear nothing.

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Sound cannot travel though space. This is because because sound travels through through the vibration of atoms and molecules in a medium such as air or water. As there is no air or water is space, sound is not able to travel.

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Sound is produced through sound waves.

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No, you cannot hear sound in space because sound waves need to travel through air, which  in space is not found

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the sound can't moves in the outer space because sounds can't travel in the space.

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Sound is produced through vibrations, which can also be described as sound waves.

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Sound is produced through vibrations, which can also be described as sound waves.

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There is definatly sound in space because of the vibrations of asteroids and far off planets, and there is also air, just no oxygen.

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Sound is produced by the vibration of a medium, (solid liquid or gas). This can be commonly referred to as sound waves. The human hears this sound when the ear drum vibrates and sends a nerve signal (message to the brain).

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There will not be any sound because sound can't travel in space. This is because sound waves need mediums such as water and gas to travel but in this case there is no water or a gas in space. There is no air for the particles and molecules to vibrate.

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Sound is produced by the vibration of an object sending waves into the air.

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There is no sound in space because in space there is no air and objects to vibrate.

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There would be no sound because sound needs gas, solid or liquid particles move through.

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The demonstration represented the sound in space because it showed that once the vacuum was turned on, air started to escape the jar. This led to the bell getting quieter and quieter until there is no sound coming. This is because there is no air inside of the jar to vibrate. This proves that there is no sound in space because there is no air to vibrate.

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Sound is produced by the vibration of an object. It vibrates and sends sound waves into the air.

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Because all of the air particles were sucked out of the jar, the sound could no longer travel. In space, sound cannot travel because of the absence of air particles as well.

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Sound is produced when an object vibrates. The vibrations send sound wave sin the air. the outer ear will catch the sound waves and thus the process of transfer begins.

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I don't think that there would be sound in outer space because there isn't any air for the waves to bounce off of

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They can be transmitted through vibrations.

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The demonstration showed how vibration goes through the inner ear.

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When I make my product I will make it so that if you press on something it will make a different volume. This way it is easy to change the pitch, volume and timbre.

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The demonstration shows this when the vacuum sucked all the air, it got quieter and quieter. Sound does not travel through space. Since sound needs gas or a liquid medium to pass through there will be no sound because outer space does not have these two mediums.

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there is space but you would not be able to hear it because in space there is no water, air and metal therefore sound cannot travel in space. and that means we would not be able to hear it unless we are sticking our ears into the source of the sound.

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sound is produced by vibrations

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the video shows how sound would be in space by using a vacum to suck out the air and making the environment like outer-space.

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there is no sound in space because of the lacking of waves to bounce off.

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the demo showed

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i can have diffrent pithes by changing the size of the instrument i make.

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i can have diffrent pithes by changing the size of the instrument i make.

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I will make my instrument by experimenting with substitutions of a material that you use in authentic instruments. For example rubber bands could be use for the strings on a guitar.

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Nope, you can't hear sounds in space because sound waves need to travel through air.

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No because there is nothing for the sound to travel through.

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Sound is made through vibrations.

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There will be no sound in space this is because there is no air in outer space and sound waves need air to travel to the ear.

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This represented space and sound because the bell was making the sound and the space was the vacuum pump which made the noise of the bell quiet.

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I will design my instrument by using rubber bands for my guitar and making a hole for the sound to echo back.

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Sound is produced by vibration.

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There is no sound in space as there is no state of matter where vibration can travel through

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Sound is transmitted through vibrations.

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Sound is created when something vibrates and sends waves of energy into our ears.

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No, you cannot hear any sounds in near-empty regions of space. Sound travels through the vibration of atoms and molecules in a medium (such as air or water). In space, where there is no air, sound has no way to travel.

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https://feltmagnet.com/crafts/Music-Instruments-for-Kids-to-Make

This link helped me because there are many homemade instruments you can choose from. Also the materials are easy to find and there are easy instructions.

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I was able to finish my designs and contract my instrument. I was able to find all the equipment and make the instrument have a variety of dynamics and pitchs. I also was able to make a percussion, air, and strung instrument

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Sound is produced by vibrations. When an object vibrates it creates sound. The sound waves the roam through the air and into the ear.

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“How to Build Musical Instruments: United States: Bash the Trash.” Bashthetrash, www.bashthetrash.com/straw-panpipes.

That was a useful source as it shows you how to make panpipes out of trash. It shows you how to make it step by step.

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sound is produced through vibrations and those vibrations create sound waves and sound.

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Sound is produced by vibrations and they produces sound waves

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Sound is produced by vibrations and they produces sound waves

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no,there wouldn't be sound in outer space.
There would be no sound in outer space because in order for sound to travel a medium has to vibrate and in outer space there is no air or water so sound can not travel which means you cant hear sound

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I was able to complete my designs very quickly. They looked good and showed what I planned on doing. I haven't been able too do my construction yet as it starts tomorrow on the schedual.

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for example a guitar uses different strings to make different pitches and using elastic bands instead of guitar strings for a diy guitar will make different pitches and tones

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Percussion- I will create different sizes of drums to make the pitches of each different.
String- I will create different thicknesses of strings to string onto my instrument so that when plucked they will create different pitches.
Air- For my air instrument I will drill holes into the body of my instrument in different places, so if I shut one off it will create a different pitch.

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No because the sound waves can't travel though because there is no air

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No because the sound waves can't travel though because there is no air

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this link helped me by giving me ideas of what to make it also gave me ideas of what to make the instruments out of

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How to Make 52 Homemade Musical Instruments

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Learn how to make improvised musical instruments-including flutes, shakers, tambourines, bongos, guitars, and maracas-with these 52 homemade and kid-friendly craft tutorials.

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The demonstration shows this when the vacuum sucked all the air, it got quieter and quieter. Sound does not travel through space. Since sound needs gas or a liquid medium to pass through there will be no sound because outer space does not have these two mediums.

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The demonstration shows this when the vacuum sucked all the air, it got quieter and quieter. Sound does not travel through space. Since sound needs gas or a liquid medium to pass through there will be no sound because outer space does not have these two mediums.

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String: I will use different strings with different thicknesses and sizes.
Percussion: I will hit the instrument in different areas or with different forces
Air: I will cut out holes in the body of my instrument. bx

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I will use various thinknesses of my materials to produce different sounds

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I will use various thinknesses of my materials to produce different sounds

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i was able to make my designs and they turned out very well me and my group were able to make our presentation we weren't able to construct our instruments because it is on the schedule for tomorrow

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There would not be any sound in outer space. This is because the air is very thick and there is no oxygen.

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I was able to design all of my designs as my group and have created our presentation with our designs on it

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I was able to design all of my designs as my group and have created our presentation with our designs on it

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https://www.youtube.com/watch?v=MahT2ARlWkQ&t=14s  this source helped me mainly because it taught me how I would be able to tune the guitar.

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To create different pitches I will create my instruments in different sizes.

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Sound is produced with vibrations. These vibration push the particles through a medium like solids, liquids and gas.

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There wouldn't be sound because in outer space there is no oxygen or matter. So then the sounds vibration can't push any particles

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The demonstration showed that when the air got sucked out of the jar the sound vibration coming from the bell gradually stopped. So the sounds vibration can not hit any particles since there is nothing around it that it can vibrate against.

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I will create my instruments with different type of materials. For example to get a different pitch in a strings instrument you need to pluck a different string to change its pitch. For woodwind instruments you might hold different holes in the instrument so that it makes different sounds.

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I could maybe do it on Autodesk sketchbook so it could be neater. I could also add more annotations and details.

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The demonstration shows that when the air was getting sucked from the jar, the vibration of the bell gradually decreased till it stopped. This happens because the vibrations can not hit any particles as there are no mediums around to vibrate against.

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I will create my instruments with different materials such as foam board, plastic cups, rubber bands and straws. To produce different pitches, volume and timbre an example could be the way to change the drums pitch. To do this you can hit different drums or you can hit the drum hard to become forte or soft for piano. To change the pitch in the woodwind instrument you can blow hard or soft, or you could also blow in the different straws. In the string instrument you can pluck different strings or pluck hard and soft.

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Link: https://feltmagnet.com/crafts/Music-Instruments-for-Kids-to-Make

This source helped me by giving me ideas as to what to make with instructions and materials. It was also useful as it used materials i could find in the house.

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Something that went well was that my designs looked relatively similar to the actual model. I was able to create all the instruments and they all were able to produce a variety of pitches and dynamics.

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To improve my designs i could add more detail and a bit more color as i only added color to one of my drawings.