table. TSW balance chemical reactions. will create models to scale. TSW Practiced/Ongoing Outcomes: (ongoing development, but not assessed) The Student Will develop technical writing skills TSW create the most efficient design to accomplish a task. TSW reinforce fine motor and artistic skills when developing models. TSW use graphic organizers like decision matrices, charts, graphs, tables, etc. to analyze data. TSW measure mass, distance, and density. TSW will utilize scientific vocabulary to communicate ideas. Key Terms and Concepts: matter mass weight volume density atom element periodic table pure substance molecule compound crystal solid liquid gas thermal pressure element chemical bond change of state energy Suggested Activities: All text activities corresponding with each TSW. Any Science Dimensions activity in the online resource suite. Hands-On Lab p. 12 - Measure Density – Hands-On Lab p. 25 - Compare Densities – Hands-On Lab p. 48 - Model Molecules – Hands-On Lab p. 75 - Observe States of Matter – Hands-On Lab p. 89 - Investigate a State of Change – Cross-curricular Suggestions: Writing: a properly formatted lab report Mathematics: Calculate density Balancing chemical reactions
table. TSW balance chemical reactions. TSW will create models to scale. Practiced/Ongoing Outcomes: (ongoing development, but not assessed) The Student Will develop technical writing skills TSW create the most efficient design to accomplish a task. TSW reinforce fine motor and artistic skills when developing models. TSW use graphic organizers like decision matrices, charts, graphs, tables, etc. to analyze data. TSW measure mass, distance, and density. TSW will utilize scientific vocabulary to communicate ideas. Key Terms and Concepts: matter mass weight volume density atom element periodic table pure substance molecule compound crystal solid liquid gas thermal energy pressure element chemical bond change of state Suggested Activities: All text activities corresponding with each TSW. Any Science Dimensions activity in the online resource suite. Hands-On Lab – p. 12 - Measure Density Hands-On Lab – p. 25 - Compare Densities Hands-On Lab – p. 48 - Model Molecules Hands-On Lab – p. 75 - Observe States of Matter Hands-On Lab – p. 89 - Investigate a State of Change Cross-curricular Suggestions: Writing: a properly formatted lab report Mathematics: Calculate density Balancing chemical reactions
SCIENCE%2011%20E03%20Chemistry.docx