Reaction Rate Of An Antacid,Kit, Each

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Students Investigate The Relationship Between Reactant Concentration And Reaction Rate Based On The Real-World Scenario Of A Person With Acid Indigestion Consuming An Antacid Tablet. The Reaction Rate Is Quantified By Collecting The Volume Of Carbon Dioxide Gas Collected Over Time Using A Water Displacement Technique. Students Will Address The Driving Question, –Œhow Does The Concentration Of Hydrochloric Acid Affect The Reaction Rate For The Reaction That Occurs When Someone Consumes A Calcium Carbonate Antacid?–Time Requirementtotal, 130 Minutes. Ter Prep, 30 Minutes. Pre-Lab, 10 Minutes. Investigation, 60 Minutes. Assessment, 30 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-Ps1-5Hs-Ps1-7Crosscutting Conceptsenergy And Matter: Flows, Cycles, And Conservationdisciplinary Core Ideasps1.B: Chemical Reactionsscience And Engineering Practicesconstructing Explanations And Designing Solutionslearning Objectivesdetermine If Hydrochloric Acid Concentration Affects The Reaction Rate With Calcium Carbonate Through Data Interpretation And Graphical Analysis.Collect Carbon Dioxide Gas By Water Displacement.Prerequisite Knowledge And Skillsstudents Should Be Familiar With Collecting A Gas By Water Displacement, Writing And Balancing Chemical Equations, And Using A Spreadsheet Program To Record And Graph Data. Chemkits: It'S Not The Heat, It'S Thermochemistry: Sample Ter'S Manual Chemkits: Reaction Rate Of An Antacid: Sample Ter'S Manual Chemkits: Heat Of Combustion In Biofuels: Sample Ter'S Manual Chemkits: Modeling Phase Change: Sample Ter'S Manual Chemkits: Molecular Structure: Sample Ter'S Manual