Table 2a Unit Two Modeling Curriculum Activities on NYSS Order Activity number and title 12 E M Unit 2 Review 13 Unit Test 6 Quiz 1 12 E M Unit 2 Review 12 E M Unit 2 Review 13 Unit Test 7a Worksheet 3a With EM Field Software 9 Lab Demo Bridge to Circuits 9 Lab Demo Bridge to Circuits 4 Lab Mapping Electric Potential 9 Lab Demo Bridge to Circuits 9 Lab Demo Bridge to Circuits 1 Activity Defining Potential 4 Lab Mapping Electric Potential 5 Worksheet 2 Potential in Non Uniform Fields 7a Worksheet 3a With EM Field Software 8 Worksheet 4 Applications of Electric Potential in Uniform Fields 9 Lab Demo Bridge to Circuits 3 Lab Demo Discussion Topographic Maps 4 Lab Mapping Electric Potential 7a Worksheet 3a With EM Field Software 9 Lab Demo Bridge to Circuits 9 Lab Demo Bridge to Circuits 3 Lab Demo Discussion Topographic Maps 4 Lab Mapping Electric Potential 7a Worksheet 3a With EM Field Software 9 Lab Demo Bridge to Circuits 3 Lab Demo Discussion Topographic Maps 4 Lab Mapping Electric Potential 9 Lab Demo Bridge to Circuits 3 Lab Demo Discussion Topographic Maps 4 Lab Mapping Electric Potential 9 Lab Demo Bridge to Circuits 9 Lab Demo Bridge to Circuits 4 Lab Mapping Electric Potential 7a Worksheet 3a With EM Field Software 9 Lab Demo Bridge to Circuits 3 Lab Demo Discussion Topographic Maps 4 Lab Mapping Electric Potential 7a Worksheet 3a With EM Field Software 9 Lab Demo Bridge to Circuits 9 Lab Demo Bridge to Circuits 4 Lab Mapping Electric Potential 9 Lab Demo Bridge to Circuits 4 Lab Mapping Electric Potential 4 Lab Mapping Electric Potential 12 E M Unit 2 Review 3 Lab Demo Discussion Topographic Maps 9 Lab Demo Bridge to Circuits 1 Activity Defining Potential 12 E M Unit 2 Review 13 Unit Test 3 Lab Demo Discussion Topographic Maps 7 Worksheet 3 Fields Potential and Energy 9 Lab Demo Bridge to Circuits 9 Lab Demo Bridge to Circuits 9 Lab Demo Bridge to Circuits 8 Worksheet 4 Applications of Electric Potential in Uniform Fields 3 Lab Demo Discussion Topographic Maps 8 Worksheet 4 Applications of Electric Potential in Uniform Fields 8 Worksheet 4 Applications of Electric Potential in Uniform Fields 8 Worksheet 4 Applications of Electric Potential in Uniform Fields New York State Standards Standard 1 M1 1 M1 1 M1 1 M2 1 M2 1 M2 1 M2 1 M2 1 M2 1 M3 1 M3 1 M3 1 S1 1 S1 1 S1 1 S1 1 S1 1 S1 1 S2 1 S2 1 S2 1 S2 1 S2 1 S2 3 S2 3 S2 3 S2 3 S2 4 S2 4 S2 4 S3 1 S3 1 S3 1 S3 2 S3 3 S3 3 S3 3 S3 4 S3 4 S3 4 S3 4 S3 4 Standard 2 1 1 1 1 1 2 1 5 Standard 4 4 1i 4 1i 4 1i 4 1v 4 1v 4 1v 4 1v 4 1v 4 1v 4 1v 4 1vi 4 1vii 5 1iii 5 1v 5 1vii 5 1viii Page 1 of 2 Description Abstract representation to communicate mathematically Deductive and inductive reasoning to reach mathematical conclusion Explain physical relevance of a graph of real world data Develop explanation of natural phenomena Design experiment to investigate relationship between physical phenomena Develop predict and explain proposed relationships for physical phenomena Carry out research to test theories Scientific data graphs diagrams charts equations Explain data to validate results Reach a conclusion on whether your data supports your explanation of the experiment Discuss relationships with class revise if necessary Understand features of word processors spreadsheets and database software Prepare multimedia presentation Use software to model and extend lab experiences Describe and explain conservation of energy from potential energy to kinetic energy Observe explain energy conservation Recognize conversions among different forms of energy in real world devices Compare power developed with work done to different objects Determine acceleration due to gravity near the Earth s surface Draw force diagrams to scale Sketch the path of projectiles Use vector diagrams to analyze systems table 2a 1 Activity Defining Potential 2 Worksheet 1 Potential and Uniform Fields 3 Lab Demo Discussion Topographic Maps 1 Activity Defining Potential 12 E M Unit 2 Review 3 Lab Demo Discussion Topographic Maps 1 Activity Defining Potential 3 Lab Demo Discussion Topographic Maps 9 Lab Demo Bridge to Circuits 4 Lab Mapping Electric Potential 9 Lab Demo Bridge to Circuits 1 Activity Defining Potential 12 E M Unit 2 Review 9 Lab Demo Bridge to Circuits 2 Worksheet 1 Potential and Uniform Fields 5 Worksheet 2 Potential in Non Uniform Fields 9 Lab Demo Bridge to Circuits 1 Activity Defining Potential 3 Lab Demo Discussion Topographic Maps 9 Lab Demo Bridge to Circuits 4 Lab Mapping Electric Potential 7a Worksheet 3a With EM Field Software 9 Lab Demo Bridge to Circuits 6 Quiz 1 1 Activity Defining Potential 2 Worksheet 1 Potential and Uniform Fields 9 Lab Demo Bridge to Circuits 7 Worksheet 3 Fields Potential and Energy 1 Activity Defining Potential 7 Worksheet 3 Fields Potential and Energy 1 Activity Defining Potential 12 E M Unit 2 Review 9 Lab Demo Bridge to Circuits 9 Lab Demo Bridge to Circuits Standard 6 1 1 1 1 1 1 2 1 2 1 2 1 2 2 2 2 2 2 2 2 2 2 2 3 2 3 2 3 2 3 2 3 2 3 2 4 2 4 2 4 2 4 2 4 2 4 3 2 4 1 4 1 4 1 4 1 4 2 4 2 5 1 5 1 5 1 5 2 Page 2 of 2 Define boundary conditions when doing system analysis Revise a model to make an improved representation of a system Use observations of behavior of a system to develop a model Use mathematical and physical models to represent real world systems Compare predictions with observations to validate or reject predictions Estimate solutions using orders of magnitude and scientific notation Describe how disturbances may effect a systems equilibrium Give examples of dynamic equilibrium Predict systems behavior based on mathematical models and graphs Search for trends in data table 2a
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