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Emanuel's Eocket was a success! Traveling over 35 feet.

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potential energy stored in compressed air to kinetic energy

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The energy that I used in my rocket is kinetic energy and potential energy. When then stored in the compressed air inside the bottle potential. The kinetic energy was used when it went up to the air.

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the difference is mechanical energy

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My rocket didn't fly high because of all the decorations that i put on it. Kinetic energy helped the water bottle and so did the pressure with force that My teacher put on it.

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The different types of energy to battle rockets relate to the launching, when kinetic energy when the rocket is in the air. The potential energy when then the rocket was in combustion. The more heavy things that you put on the rocket the lees faster and less further it's going to be.

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When we did the rocket shoot my rocket was succeful because of the pressure that was in the bootle

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The preasure in bottle made it launch. The force of the water also made it launch. My rocket was succesful . Air was forced to go in and caused the bottle rocket to launch up 20ft or less. Some types of energy is kinetic energy, sound energy, and

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My rocket was supposed to go far and fly very high, But.... A problem occurred. The tip of my bottle was too heavy and could not fly with the pressure of the water. The type of energy is potential. I use potential energy to represent the stored energy in a gravitational field.

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Or you can use kinetic energy when we were adding the air pressure into the bottle, and use water to help it propel to go up in the air as high it can go to reach the pressure to the sky that it starts to come back down

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the rocket launch by air pressure. but kinetic energy appear in the air when the rocket launch

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the different types of enegry used to make the bottle rocket launch relate to how high or low it will go that like me saying if i eat an mango i will have less enegry than me eating 2 mango more potential more distance and if failed a solution is less the load or get a different bottle

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the pressure of the rocket has to be leveled enough for it to go the way you want it to go

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Kinetic energy helps the water bottle go up by the pressure and force that you are doing to the water bottle.

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my rocket is going to look like this and the tip is smaller than the first time

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my rocket failed but i can make it better by putting the tip smaller than the big and my wing was coming of of the bottle

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My rocket was successful but I could not take a pichure :(

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Different types of energy relates to rocket bottle launching because there are many types of energy stored up in the rocket like for example. Kinetic, and potential.

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The different types of energy used to make the bottle rocket launch relate to how high or low it will go, that's like me saying if i eat an apple i will have less energy than me eating 2 apples, (more potential more distance) and if failed, a solution is to lessen the load. (Or get a different bottle.)

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when they fill the bottle with water the bottle is potential energy and when it is pumped by a tire pumper it had kinetic and mechanical energy.

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when they filled the bottle with water the bottle had potential energy and when they launched the rocket the bottle had kinetic and mechanical energy.

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The different types of energy to bottle rockets relate to the launching. The kinetic energy when the rocket is in the air. The potential energy when then the rocket was in combustion.

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My rocket was very fast you could not even see it fly :( and my video was too big so i had to trim it but this is my rocket.

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the different types of energy relates to the rocket launching cause multiple types of energy stores up.

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Diffent types of energy relate if the bottle go high or low the more energy you put in the higher the less you put in the lower it goes

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Different types of energy relate to bottle rocket launching because potential energy builds up from the water and helps the rocket blast off and go high due to potential built inside it

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When we filled the bottle with water and air and put on the corkscrew, it had potential energy waiting to be released. When we did release the bottle rocket it flew 20 feet sideways and released kinetic, or mechanical energy.

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Because potential energy starts building inside to bottle since the water is putting pressure into the bottle, eventually the rocket can't hold any more of the pressure and it burst up.

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my rocket failed because the tip was to big and there was to much water and i want my rocket need to look like this one and higher

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My water rocket is gonna go to the NASA and going to step in the moon 

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the first water rocket of NASA

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We used kinetic energy when we were adding the air pressure into the bottle, and we used water to make it go up. My rocket did not flew up high because my cone with too big and the water was linking.

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rocket

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THIS WHAT MY ROCKET LOOKS LIKE:)

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This is how my rocket was

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When I launched the rocket we used Kinetic energy with the air pump. and the water increased with the amount of air there was in it.

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I need to redesigne my water rocket and is going to look like this

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My rocket didn't work because my fins were to small and my bottle was small too:(

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we had painted all over our rockets for a great apearance!

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Byron designing rocket

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the rocket would exacly go far a little like this :D

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I wish my rocket will go that high and go super far

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Susana Launch

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my rocket went almost went more then 20 feet in the air and the air pressure helped it go high I used 1/3 of water in my rocket

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Azariah Hoggard

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We use kinetic energy when we were adding the air pressure into the bottle, and use water to help it propel to go up in the air.

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we had used the air pump useing both energy which is kinetic to pump air pressure to our bottle for it to fly faster within 10 seconds.

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Emanuel Hernandez Relaunch. Successful! Went over 30 feet

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The energy we used for our rockets was kinetic energy. My rocket was successful it went more than 20 feet high, and I barely had anything on my rocket maybe that's why it went very high.

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Different types of energy relate to the bottle rocket with launching and staying in the air. As potential energy is building in the rocket it gets ready to launch. when it launches, the potential energy turns to kinetic energy and mechanical energy. My rocket worked, but it went sideways. I think this is because of the parachute.

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My rocket was successful and was more than 30feet but the unfortune thing was one of my rocket wings broke and if had both it will go higher.