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Place A Hot Beverage Outside On A Cold Day. Soon, The Beverage Cools To The Temperature Of The Surrounding Air. The Colder The Air, The Faster The Cooling Seems To Occur. Likewise, A Cold Beverage Taken Outside On A Hot Day Warms To The Ambient Temperature. What Determines How Heat Is Transferred Between Objects And How Quickly The Transfer Happens? What Can That Simple Phenomenon Tell Us About Energy Transfer In General And About More Complex Systems That Use Heat To Perform Work? In This Investigation, Students Explore The Driving Question, –Œwhat Factors Affect The Rate Of Transfer Of Thermal Energy?–Time Requirementtotal, 150 Minutes. Ter Prep, 30 Minutes. Pre-Lab, 30 Minutes. Investigative Period, About 90 Minutes.Digital Resourcesincludes 1-Year Access To Digital Resources That Support 3-Dimensional Instruction For Ngss. Digital Resources May Include A Ter Manual And Student Guide, Pre-Lab Activities And Setup Videos, Phenomenon Videos, Simulations, And Post-Lab Analysis And Assessments.Performance Expectationshs-Ps3-1Hs-Ps3-2Hs-Ps3-4Crosscutting Conceptsenergy And Matterdisciplinary Core Ideasps3.B: Conservation Of Energy And Energy Transferscience And Engineering Practicesplanning And Carrying Out Investigationslearning Objectivesmonitor Or Analyze The Change In Temperature Of 2 Samples Of Matter Under Various Conditions.Perform Graphical Analysis Of Data Related To The Transfer Of Thermal Energy.Explain What The Experimental Results Indicate About Factors That Affect Heat Transfer.Prerequisite Knowledge And Skillsstudents Should Have An Understanding Of The Definition Of Energy And The Relationship Between Thermal Energy And Temperature. They Should Also Be Familiar With The Kinetic Theory Of Matter, The First And Second Laws Of Thermodynamics, And With The 3 Methods Of Heat Transfer: Conduction, Convection, And Radiation.Am Crystal Radio: Sample Ter'S Manualfirst And Second Laws Of Thermodynamics: Sample Ter'S Manual
