A Carolina Essentials™ Activity Total Time: 30 mins Prep: 30 mins | Activity: 30 mins Physical Science 6-12 Middle/High School Overview Students…
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Physics
Physics
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ActivitiesAP BiologyAP ChemistryAP PhysicsBiologyCarolina EssentialsChemistryChemistryLife ScienceLife SciencePhysical SciencePhysical SciencePhysicsPhysics
The Physics of Vision
A Carolina Essentials™ Activity Total Time: 20 mins Prep: 10 mins | Activity: 20 mins Physical Science 8-12 Middle/High School Overview Understanding…
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ActivitiesAP ChemistryAP PhysicsCarolina EssentialsChemistryChemistryPhysical SciencePhysical SciencePhysicsPhysics
A Model for Heat Capacity of Metals
A Carolina Essentials™ Activity Total Time: 60-70 mins Prep: 15 mins | Activity: 45-55 mins Physical Science | Chemistry 9-12 High School…
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ActivitiesAnatomy & PhysiologyLife ScienceProfessional GrowthWorkshopsWorkshops & Webinars
Come to Your Senses: Physiology in Action
Workshop Resource Life Science 6-12 Middle-High School Don’t think you have the nerves for physiology? Learn about easy, hands-on activities you can…
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Newton’s law of cooling states that the rate at which an object cools is proportional to the difference in temperature between the object and the object’s surroundings. Simply put, a glass of hot water will cool down faster in a cold room than in a hot room. This simple principle is relatively easy to prove, and the experiment has repeatable and reproducible results.
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Carolina Phenomenon Phenomena-driven science! Phenomena are observable, naturally occurring events that are everywhere and spark student questions and investigations. Ask students to…
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If you are looking for an attention-getting demonstration of the gas laws for physical science students at any grade level, this is…
ActivitiesCarolina EssentialsChemistry & PhysicsPhysical SciencePhysical SciencePhysicsPhysics
Investigating Interactions Between Electric and Magnetic Fields
by hkingcbs
A Carolina Essentials™ Activity Total Time: 60-75 min Prep: 30 | Activities: 30-45ea Physical Science | Physics 6-8 Middle School Introduction A…
In this activity, students use a solar-powered model, such as the dancing flowers often sold at discount variety stores. They carefully disassemble the plastic housing and attach a sensor to the capacitor, then use probe ware to graph the voltage across the capacitor.
Detecting IR Light with a Smart Phone The sun actually sends out more light than the part we see. Just past visible…
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