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Unit 3 Chemical Process
Lesson 1 Lesson 2 Lesson 3 Lesson 4
A. Chemical Reactions D. Chemical Formula G. Heat H. Natural Resources
B. Reactants E. Chemical Equations I. Non renewable resources
C. Products F. Law of Conservation of mass J. Renewable resources
K. Synthetic materials
L.. Polymers
Lesson 1 Lesson 2 Lesson 3 Lesson 4
A. Chemical Reactions D. Chemical Formula G. Heat H. Natural Resources
B. Reactants E. Chemical Equations I. Non renewable resources
C. Products F. Law of Conservation of mass J. Renewable resources
K. Synthetic materials
L.. Polymers
Monday 5-3
ObjectiveSWBAT: apply the law of conservation of mass by balancing chemical equations and Identify Physical properties of H and O --> H2O by completing worksheet with 80% accuracy by end of the period |
Engage Identify the reactants and products of H2(g) + O2(g) → H20(l) and balance the equation
Open up U3L2 quiz (google classroom #9) |
Tuesday 5-4
ObjectiveSWBAT: Model energy flow in a system through Direct instruction, video clip, and creating a model to illustrate energy flow in a system with 80% accuracy by end of the period |
EngageCan you explain it?
How is the food being cooked without a fire or electricity? Explain
Evaluate |
Wednesday 5-5
ObjectiveSWBAT: Explain and model the flow of energy in systems (pg 22 DSJ), Model the energy flow of a Hydro flask (vacuum sealed container) through DI, hydro flask worksheet, complete exit slip with 80% accuracy by end of the period |
Entrance slipOpen pg 22 of DSJ Model the flow of energy in the following systems Ice cubes and Campfire |
Thursday 5-6
ObjectiveSWBAT: Explain and model the flow of energy in systems (pg 22 DSJ), Model the energy flow of a Hydro flask (vacuum sealed container) through DI, hydro flask worksheet, complete exit slip with 80% accuracy by end of the period |
What you will be doing?Complete the Following google classroom assignments 1. #12 - How does a hydro Flask work 2. #11 - Systems and Energy Flow exit slip |
Explore / Explain |
EvaluateComplete exit slip with 80% accuracy be end of the period - #11 Systems and Energy flow exit slip |
Friday 5-7
Photo used under Creative Commons from Nancy zjaba