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In conclusion...                     8. (end)

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In conclusion...                     8. (end)

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In conclusion our roller coaster was made pretty well and it was made smartly. We enjoyed working on it and it was fun to do.

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Why so small?                                                   7.

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Why so small?                                                   7.

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The coaster is so small because as we were building we noticed that we ran out of beams. We decided to make it a bit bigger and we decided to put the track on so it stretches upward. We also made the top so we don't need to touch the marble. We only need to pull a little paper tab and the marble will go.

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Why is that our name?                                6.

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Why is that our name?                                6.

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We named our coaster MR.THICKSTER because it is tough and is very fattish.
It is also full on the inside so it is very fat and It eats a lot of track. We also did it because that was the only name we could think of...

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strength                                                                5.

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strength                                                                5.

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Our roller coaster is not to wobbly and is able to support a bit of weight. It is inn good condition and can be dropped and will not break. The only thing that can come of is the plinko board because it is only supported by to pieces of tape. Apart from that it is in very good condition.

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This is what a good project looks like. One problem is that it is small and wont last too long.

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Problems                                                    4.

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Problems                                                    4.

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We ran into various problems and we had to outsmart the system. One major problem was when we ran out of support beams and we had to use tape to hang up the heavy and light objects. Another problem was the plinko board. We added to many obstacles and the marble would get stuck.
That is when us as a group have decided to break of some of the obstacles.

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HOW IT WORKS                                                          3.

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HOW IT WORKS                                                          3.

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Our paper roller coaster is focusing all on physics. We designed it so there are no hills that are higher than the first one. We did not make any hills that will slow or stop the marble from moving. When we run the coaster there is one slight chance that we will get stuck. The plinko board has only three ways it can move. If the marble goes a different way then it will get stuck. The chances of the marble getting thru are a 50/50.

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Size of our coaster                     2.

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Size of our coaster                     2.

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Our roller coasters length is about  4 feet 7 inches. It may be a bit smaller but we decided to make some flat parts to help extend our time as much as possible.

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SCIENCE                                                      1.

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SCIENCE                                                      1.

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This padlet will tell you all about coaster science!
Here is our video!: