Agenda: 9/29/2017
Homework #6 Corrections Target Density Lab Do Now: Take out homework #6 for corrections. Guiding Question: How can we use a graph to predict trends in density and properties of substances?
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Agenda: 9/27/2017 & 9/28/2017 BLOCK DAY Do Now (workbook page 8) Notes (workbook page 8) Review How to Take Measurements Massive Change (workbook pages 9-11) Sig Fig and Measurement Practice (Handout) Do Now: Write This Down: "No Do Now for Today" Guiding Question: How can we use a graph to predict information about an object or substance?
Agenda: 9/26/2017 Review Notes from Yesterday (workbook page 2) Do Now (workbook page 6) Notes (workbook page 6) Can You Graph This? (workbook pages 7) Homework #6 (due 9/29) Achieve 3000: These Lights are Too Cool! (due Friday 10/6 at 11:59pm) Do Now: What is the density of an object with a mass of 25 g and a volume of 3.2 mL? Guiding Question: Explain the ways we can investigate the relationships between different substances or objects.
Agenda: 9/25/2017 Do Now (workbook page 2) Notes (workbook page 2) How Dense is This? (workbook pages 3-5) Homework #6 Assigned (due 9/29) Achieve 3000: These Lights are Too Cool! Assigned (due Friday 10/6 at 11:59pm) Do Now: What would hurt more, being hit with 5 kg of bricks or 5 kg of feathers? Justify your answer. Guiding Question: How can we determine and model the density of an object?
Agenda: 9/22/2017
Homework Corrections Quiz #1 Do Now: 1) Take out homework #5 for corrections; 2) Turn in Quiz Review; 3) Turn in Workbook 2.1 Guiding Question: How can we show our knowledge of particle modeling and specific heat capacity? Agenda: 9/20/2017 & 9/21/2017 BLOCK DAY Notes (workbook page 20) Finish I Demand Representation! (workbook pages 21-23) Do Now: 1) Collect your binder from the back shelf; 2) Open your workbook to page 20 Guiding Question: Explain how a steep specific heat graph compares to a graph with a small slope.
Agenda: 9/19/2017
Do Now (workbook page 20) I Demand Representation (workbook pages 21-23 Reminder! Quiz #1 on Friday 9/22 Do Now: Calculate the amount of calories I would need to remove from 62 grams of aluminum in order to cool it down 7 degrees Celsius. (Specific heat capacity of aluminum = 0.215 cal/g x degree Celsius) Guiding Question: Explain how a steep specific heat graph compares to a specific heat graph with a small slope. Agenda: 9/18/2017
Finish Heat Transfer (workbook pages 14-19) Homework #5 Assigned (due Friday, 9/22) Reminder! Quiz #1 on Friday 9/22 Do Now: Open workbook to your last station from Friday. Guiding Question: How can different methods of heat transfer be modeled graphically and mathematically? Station 1: Reading Station 5: Video Notes Agenda: 9/15/2017
Homework Corrections Heat Transfer (workbook pages 14-19) Binders Due Tuesday 9/19 Reminder! Quiz #1 on Friday 9/22 Do Now: Write this down for the Do Now on page 13: "Take out homework for corrections." Guiding Question: How can different methods of heat transfer be modeled graphically and mathematically? Station 1: Reading Station 5: Video Notes Agenda: 9/13/2017 & 9/14/2017 Answer Guiding Question (workbook page 2) Notes (workbook page 7) Finish Icy Tiles (workbook pages 11-12) Icy Tiles Poster (Individual) Do Now: 1) Answer the guiding question on page 2. 2) Flip to page 7 for notes. Guiding Question: Develop a model to explain why substances transfer energy (heat) differently.
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