The Dangerous Danger That Dangers the Danger Essay Example for Free

The Dangerous Danger That Dangers the Danger EssayPURPOSEThe purpose of this experiment is to desexualise if the crack of erupt sacramental manduction gumwoodwood affects the diam of a blether blown with the gum.HYPOTHESISIf the piece of cake of the sing gum is higher, then the diameter of the burble blown will be significantly enceinte because the bubble will be able to stretch farther, therefore giving it a large diameter. The independent versatile is the elasticity of the gum. The dependent variable is the diameter of the bubble blown. The constants are the stopwatch used, environment tested in, and temperature outside. at that place was no control group.MATERIALS 3 tape measurers 1 piece of burble Yum Original gum 1 piece of Wrigleys Extra bubble gum 1 piece of rotate Spearmint gum 1 piece of Mentos Tropical Mix gum 1 piece of Trident Tropical Twist gum 8 strands of Big League Chew gum 4-6 test subjects to chew gum 6 data sheets 1 penPROCEDUREPart 11. Gat her materials.2. recall one piece of Orbit Spearmint gum.3. Chew the gum for approximately three minutes (the exact time does not matter). 4. Take the chewed gum and begin to blow a bubble.5. Use the tape measurer to measure the diameter of the bubble when the bubble is at its largest. 6. Record the diameter of the bubble blown onto data sheet. 7. Repeat steps 4-6 two more than times.8. Proceed to Part 2.9.Repeat steps 2-8 for all the typefaces of gum.Part 21. Remove gum from mouth.2. Place the wrap on the ends of the gum and slowly break it apart. 3. Measure the length of the gum while continuing to pull it apart until the gum breaks or sags to the ground. 4. Record the length the bubble gum stretched before breaking. 5. Analyze and deal conclusions.WRITTEN RESULTS AND ANALYSISThe data collected from this experiment shows that overall Big League Chew produced the largest bubble, and cardcastle Yum had the largest elasticity. Orbit Spearmint and Trident Tropical Twist produce d the two smallest reasonable bubble diameters also, both had the smallest elasticity. The remaining brands vaporize into the middle of the categories Wrigleys Extra had a bubble diameter average of 8 millimeters and an average elasticity of 3500 millimeters, and Mentos Tropical Mix had a bubble average of 5.7 millimeters and an average elasticity of 1200 millimeters. Bubble Yum Original had an average diameter of 72 millimeters and an average elasticity of 4000 millimeters, and Big League Chew had an average bubble diameter of 100 millimeters and an average elasticity of 1500 millimeters. Lastly, Orbit Spearmint had an average bubble diameter of 24 millimeters and an average elasticity of 800 mm, and Trident Tropical Mix had an average bubble diameter of 20 millimeters with an average elasticity of 1050 millimeters. The largest bubbles with the superior elasticity had significantly larger servings of gum than all of the other brands. The small bubble surfaces and poor elasticit y could be because of the small size.CONCLUSIONThe purpose of this experiment was to determine if the elasticity of bubble gum affects the size of its bubble. The hypothesis for the experiment was if the gum has a high elasticity, then it will blow a larger bubble because it would be able to stretch out more. The hypothesis was supported because the results of the experiment showed that the bubble gum with higher elasticity generally had higher bubble sizes. The bubble gum types that stretched the most and also had the largest diameters were Bubble Yum Original and Big League Chew. The bubble gums with the least elasticity and the smallest diameters were Orbit Spearmint and Trident Tropical Twist. The scientific explanation for the results is that the higher amounts of elasticity in the gum allowed it to expand and stretch more, giving it a larger diameter. Attempts to limit errors in this experiment included using three trials, testing with the same person per type of gum, using th e same measuring devices, and the testing environment. Some possible sources of error were the fact that there were assorted people chewing the gum, the measuring was not always always accurate, there was a time coldness forcing the experiment to be rushed, and the gum bubble sizes were dependent on the person chewing it. From this experiment, it is suggested that the elasticity of bubble gum does affect the bubble size. In future experiments, more types of gum could be used to take down a better sense of the results. In the real world, this information can be applied so that people dont chew gum with high elasticity in schools. If someone is chewing gum of high elasticity, it would make bigger bubbles, make a louder sound, disrupt the classroom, andbe a big problem academically for the students.