Top-Rated Free Essay

# Gummy Bears In Space

Good Essays
495 Words
Grammar
Plagiarism
Writing
Score
Gummy Bears In Space
Gummy Bears in Space

Statement of Problem
How, Popsicle sticks and rubber bands, can you build something to launch a gummy bear?

Hypothesis
If I tie three Popsicle sticks in a certain way, and tighten rubber bands around them, when you pull the rubber bands they will create enough potential energy to launch a gummy bear.

Variables
Independent: Rubber bands and, the Popsicle sticks
Dependent: The distance the gummy bear travels

Materials and Procedures
Materials:
• 3 rubber bands
• 3 popsicle sticks
• A gummy bear
• Measuring tape

Procedure:
1. Take 2 Popsicle sticks and attach them into a “V” shape with a rubber band.
2. Attach a 3rd Popsicle stick across the center of the other Popsicle sticks with a rubber band.
3. From there, stretch a rubber band across the top.
4. Then, take the gummy bear and suspend it back against the front of the rubber band and let go!
5. Lastly, record how far it went, using centimeters.

Qualitative Observations
I noticed that the further I pulled the rubber band back, the more potential energy was created, which increased the distance the gummy bear went.

Quantitative Results

Statistics
Mean: 12.83m
Median: 8.5m
Mode: None
Range: 15m

Analysis/Results
The data shows that when you pull back the rubber band, it creates potential energy and, when you let go of the rubber band it turns to kinetic energy. The data also shows that the further I pulled the rubber band back the further the gummy bear went. The statistics show that there is no mode because none of the distances were the same. For example, in Trial 1, I only pulled the rubber band back a little bit and it went 6.5 meters. Then in Trial 2, I pulled the rubber band back twice as far as in Trial 1 and it went 8.5 meters. Finally, in Trial 3, I pulled it back as far as it would go and it went 23.5 meters.

Possible Experimental Errors
• Accidentally using the back part of the rubber band to launch the gummy bear.
• Launched the gummy bear backwards.

Conclusion
This experiment proves that you can build something out of Popsicle sticks and rubber bands to launch a gummy bear. The purpose of this experiment was to show how a rubber band can create enough potential energy to launch a gummy bear in space. My hypothesis stated that if I tie three Popsicle sticks in a certain way and, tighten the rubber bands around them, that when you pull the rubber band back it will create enough potential energy to launch a gummy bear. The data from the experiment supports my hypothesis.

Recommendations for Further Experimentation and Practical Applications
I personally think we should be given more materials and more guidance for this experiment. Another possible experiment to prove potential energy is having different objects and lifting them up to the second floor of a building and drop it. You could then measure this by seeing how fast it takes the object to reach the ground and compare it to other objects.

## You May Also Find These Documents Helpful

• Satisfactory Essays

Data Collection: BEFORE Salt water gummy Sugar water gummy Tap water gummy Height 2cm 2cm…

• 555 Words
• 3 Pages
Satisfactory Essays
• Better Essays

Molecular Structure or "The Shape Molecules are In" Directions: Make a copy of this document and change the file name to “your last name,…

• 1830 Words
• 5 Pages
Better Essays
• Satisfactory Essays

1 Tear off pieces of duct tape approximately 12 inches long. You are going to use the pieces of duct tape to create a duct tape sheet.…

• 566 Words
• 3 Pages
Satisfactory Essays
• Powerful Essays

The heat from the Bunsen burner is used to increase the rate of reaction. The glowing splint will re-light once there is a presence of oxygen, meaning that the decomposition reaction of KClO3 has begun. Because this reaction is extremely exothermic, the heat given off of the reaction causes the sugar in the Gummy Bear to explode into a marshmallow-like substance.…

• 935 Words
• 4 Pages
Powerful Essays
• Good Essays

Materials: wooden clothespin, magnets strips, pipe cleaners, googly eyes, pom-poms in variety of colors. Procedure: Glue a magnet strip onto the back of a hinged clothespin. Bend a pipe cleaner in a V-shape for antenna, then glue it and googly eyes to a craft pom-pom. Glue that pom-pom to the front of the clothespin (where it opens). Attach several other brightly colored pom-poms along the rest of the clothespin for the body.…

• 620 Words
• 3 Pages
Good Essays
• Good Essays

A rubber band in the dictionary is “a loop of stretchy rubber for holding things together.”. They are able to be stretched and using a method you can shoot a rubber band. One way to shoot it is to get your point finger and place it on the inside of the rubber band. Then it you get your other point finger and put it into the inside of the rubber and from the top. After that you pull your fingers back and that will stretch it. Lastly let go of the finger next to you and that will send the rubber band fast to the other finger then it will topple over that finger and go flying through the room. Having the effect of being shot there still is a lot of interesting things about a rubber band. Most items expand when it is heated. Like if the…

• 370 Words
• 2 Pages
Good Essays
• Satisfactory Essays

The first step to blowing a huge bubble is to find the right kind of gum. The best types of gum are Hubba Bubba, Big League Chew, and Dubble Bubble. Some types of gum don't work as well as others like trident or orbit. Once you have the right type of gum, you have to unwrap the gum and put it into your mouth. You have to have the gum in your mouth for about 3-4 minutes before you blow the bubble, depending on what type of gum you have.…

• 265 Words
• 2 Pages
Satisfactory Essays
• Better Essays

Building a Popsicle-Stick Bridge The goal: to build the strongest possible bridge to take a matchbox car, using wooden popsicle sticks.…

• 1361 Words
• 6 Pages
Better Essays
• Good Essays

If the 0.157 cm rubber bands are cooled to 0˚C in water for one minute, then the rubber bands will stretch to approximately 40 cm;…

• 458 Words
• 2 Pages
Good Essays
• Good Essays

The energy of the can car is conserved because the PEe i (initial kinetic energy equals zero) is equal to the combination of the PEe f and the KEf which goes into dissipative forces, thermal energy through friction, or the energy is wasted through slippage. In my can car a lot of force was dissipated, to the point that PEi was greater than Ef. The can starts moving because once the rubber band is completely twisted, the wound rubber band tries to unwind. It should be easier for the rubber band to unwind by rotating the can than rotating the weights. Cans do not roll back and forth, because (at least in a my big can) the rubber band has the least amount of tension when it is barely wound (meaning a small force in PE=Fd), due to not having very much PE the can can not overcome…

• 734 Words
• 3 Pages
Good Essays
• Satisfactory Essays

Decorating a cupcake with a swirl Step 1 Hold tip 1M approximately ½ in. above cupcake top at a 90° angle to cupcake surface. Squeeze out icing to form a star.…

• 406 Words
• 2 Pages
Satisfactory Essays
• Satisfactory Essays

Name Electric Fields Go to http://phet.colorado.edu/simulations/sims.php?sim=Electric_Field_Hockey and click on Run Now. 1. You rub balloons in your hair and then hang them like in the picture below. Explain why you think they move apart and what might affect how far apart they get.…

• 522 Words
• 2 Pages
Satisfactory Essays
• Satisfactory Essays

Investigatory Project in Physics Balloon Powered Car When it comes to powering a race car, there are a ton of different options. Some cars are powered by gasoline, diesel, or other combustible fuels, or you can even power miniature race cars using a mousetrap! In the Balloon Powered Car, we'll show you how to build a racer that uses the power of air pressure to roll across a room.…

• 433 Words
• 2 Pages
Satisfactory Essays
• Satisfactory Essays

eymp2 fgtrdrhjkn﻿ Get 3 double arm length of curling ribbon, tie to table leg of chair in a realisable knot. Get a 16” yellow latex and inflate with helium to 16”, tie off and tie to one end of curling ribbon, then get two 160q violet inflate fully and tie into duplex then with the joining bit of the duplex twist about a thumb length on each balloon bend it over about a thumb length and twist again, tie the duplex 160q with the lip shape to yellow 16” neck. Then put each end around the 16” yellow and twist together each end of 160q cut of any end bit. Then inflate two eyeball prints about 2-3 pumps and tie into duplex. Then feed through underneath the 160q so each eyeball is on each end. Get 3 double arm length of curling ribbon, tie to table leg of chair in a realisable knot. Get a 16” Golden rod latex and inflate with helium to 16”, tie off and tie to one end of curling ribbon, then get two 160q purple inflate fully and tie into duplex then with the joining bit of the duplex twist about a thumb length on each balloon bend it over about a thumb length and twist again, tie the duplex 160q with the lip shape to Golden rod 16” neck. Then put each end around the 16” golden rod and twist together each end of 160q cut of any end bit. Then inflate two eyeball prints about 2-3 pumps and tie into duplex. Then feed through underneath the 160q so each eyeball is on each end.Get 3 double arm length of curling ribbon, tie to table leg of chair in a realisable knot. Get a 16” Wildberry latex and inflate with helium to 16”, tie off and tie to one end of curling ribbon, then get two 160q Orange inflate fully and tie into duplex then with the joining bit of the duplex twist about a thumb length on each balloon bend it over about a thumb length and twist again, tie the duplex 160q with the lip shape to Wildberry 16” neck. Then put each end around the 16” Wildberry and twist together each end of 160q cut of any end bit. Then…

• 575 Words
• 3 Pages
Satisfactory Essays
• Good Essays

6.) Push the cardboard circles onto the skewers, one on each end of both skewers.…

• 650 Words
• 3 Pages
Good Essays