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Discover the formula for hosting a truly smashing party! This insightful guide delves into the math and science behind social gatherings, exploring key factors like tolerance levels and group dynamics. Understand why certain combinations of friends lead to fun experiences and how single-sexed groups thrive in social settings. Through engaging activities with the Scientific Method using NetLogo, students can learn to manipulate variables and apply analytical skills. Join hosts Jennifer Fleck, Adie Slaton, Andy Seo, Kris Mason, and Kamra Schlottog in discovering the secrets of a successful gathering!
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How to Throw a Smashing Party! Hosts/Hostesses: Jennifer Fleck, Adie Slaton, Andy Seo, Kris Mason, Kamra Schlottog
The Math and Science Behind Getting Together • Tolerance Levels • How many happy people need to be present? • Single Sexed-Groups • Do opposites really attract?
Tolerance Level 38% of people must have tolerance for others to have a smashing good time… Those 38% eventually go off by themselves!
Opposites DO NOT Attract! PEOPLE WANT TO BE IN SINGLE-SEXED GROUPS
WHAT DOES THIS HAVE TO DO WITH HIGH SCHOOL MATH AND SCIENCE…
To Introduce the Scientific Method Using NetLogo! • Relevant and Fun for Students • No Complex Terminology (i.e. Math and Science words) • Many Variables to Manipulate (Use • Design Complex System (Utilize Analytical Skills) • Build on skills to use in later, more science related topics
Scientific Method Standards • STATE GOAL 11:HAVE A WORKING KNOWLEDGE OF THE PROCESSES OF SCIENTIFIC INQUIRY AND TECHNOLOGICAL DESIGN TO INVESTIGATE QUESTIONS, CONDUCT EXPERIMENTS AND SOLVE PROBLEMS.
CAS A: Propose, consider, analyze, and evaluate alternative explanations to scientific phenomena. • CAS B: Conduct full-scale scientific investigations: formulate the questions to be answered, design approaches that incorporate appropriate variables and controls, implement solutions, collect and record qualitative and quantitative data, and communicate the results. • CAS C: Know and apply the concepts, principles, and processes oftechnological design.
How Does this Relate to MATH?!? • ? • ? • ? • ?
Questions We Pondered • ? • ? • ? • ? • ?