| Other Standards for Science, Geosystems : |
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1 |
PLAN AND CONDUCT INVESTIGATIONS
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1.a |
Calculate Volume, Area, Mass, etc. Using the Most Appropriate Tools
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1.a.1 |
Consider the possible effects of measurement errors on calculations
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1.a.2 |
Use consistent units when processing data
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1.a.3 |
Select & use appropriate tools & techniques to collect & display data
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1.a.4 |
Use mathematical equations to reach and justify conclusions
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1.a.5 |
Derive mathematical equations to reach proper conclusions
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1.b |
Use Technology to Collect, Analyze and Report Data
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1.b.1 |
Identify resources which could be applied to a solution
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1.b.2 |
Access real time data using reputable sources to solve real problems
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1.b.3 |
Access scientific information using a variety of media
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1.b.4 |
Share information electronically with peers and instructors
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1.b.5 |
Use graphing calculators & computers to produce models & graphs
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1.b.6 |
Research potential topics using library and Internet resources
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1.b.7 |
Relate historical events to the inventions of technology used today
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1.b.8 |
Demonstrate the dependence of science on technology
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1.b.9 |
Design a lab that uses technology to gather, analyze and display data
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1.b.10 |
Discriminate between problems with technological solutions and without
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1.c |
Construct and Interpret Scales, Diagrams, Maps, Charts, Tables, etc.
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1.c.1 |
Read and interpret graphs, computer simulations and models
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1.c.2 |
Generate models, graphs, and spreadsheets using collected data
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1.c.3 |
Determine which type of graphical representation best displays data
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1.c.4 |
Communicate information obtained from charts, graphs, etc. to peers
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1.c.5 |
Present data in a variety of ways
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1.c.6 |
Collect data
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1.d |
Manipulate Variables with Repeated Trials
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1.d.1 |
Develop a clear and concise set of experimental procedures
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1.d.2 |
Utilize experimental design to develop a model for investigation
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1.d.3 |
Suggest improvements in the design of the study
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1.e |
Construct and Defend a Scientific Viewpoint
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1.e.1 |
Implement or evaluate a problem-solving strategy
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1.e.2 |
Design a product or solution to a real world problem
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1.e.3 |
Conduct experiments by following instructions
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1.e.4 |
Describe scientific findings or viewpoints orally
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1.e.5 |
Initiate individual ideas and share them with a collaborative group
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1.e.6 |
Self-assess to determine what is needed for effective collaboration
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1.e.7 |
Use the writing process to develop and express a viewpoint
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1.e.8 |
Participate in group discussions on scientific topics
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1.e.9 |
Cite sources used in conducting investigations
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1.e.10 |
Create a code of scientific integrity that applies in the classroom
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1.e.11 |
Generate ideas for experimental study
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1.e.12 |
Develop descriptions, conclusions, etc. based on evidence
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1.e.13 |
Review and revise procedures as necessary during an investigation
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1.e.14 |
Correlate historical events with individuals and circumstances
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1.e.15 |
Share experimental results with peers for review and analysis
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1.e.16 |
Discuss the roles of scientists and other professionals
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