ESS.SCI.1.F | Texas Essential Knowledge and Skills (TEKS)

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quantitative dataqualitative datascatter plotsline graphsbar graphschartsdata tablesdigital toolsdiagramsscientific drawingsstudent-prepared models

organize (quantitative and qualitative data using visual and digital representations) #dok2
differentiate (between types of data representations such as graphs, charts, and models) #dok2
select (appropriate formats for displaying specific data types) #dok2
construct (scatter plots, line graphs, bar graphs, charts, and data tables from gathered data) #dok2
interpret (organized data in various formats) #dok3

I can organize quantitative and qualitative data using scatter plots, line graphs, bar graphs, charts, data tables, digital tools, diagrams, scientific drawings, and student-prepared models. #dok2
I can differentiate between various data representations and choose the appropriate method to display data. #dok2
I can construct visual and digital representations (e.g., tables, diagrams, models) from data I have collected. #dok2
I can interpret the meaning of data presented in different formats in order to explain scientific findings. #dok3

Organizing scientific data visually and digitally helps reveal patterns and relationships that support scientific conclusions.
Choosing the appropriate format to represent data is crucial for accurately communicating scientific investigations.

Why is it important to organize scientific data in different formats?
How do different types of data representations, such as charts or models, help us analyze and interpret information?
What factors influence the decision to use a specific method for displaying data?
In what ways can organizing data enhance communication and understanding of scientific investigations?
How does the choice of data representation impact the conclusions we draw from an investigation?