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16 worksheets · Save $9.60 (20%) · prices shown inside the bundle

1. 01
   Grade 9 Science | Error Sources Worksheet (PDF+ Answer Key)

   Grade 9 · Science

   • Identify various sources of systematic and random errors in scientific research.
   • Describe methods used to detect bias and errors, including cross-method comparison and residual analysis.
   • Explain how quantified errors contribute to the overall uncertainty in measurements and conclusions.

   +1 more
   $2.40$3.00
2. 02
   Grade 9 Science | Model-Data Fit Worksheet (PDF+ Answer Key)

   Grade 9 · Science

   • Explain the concepts of residual analysis and goodness-of-fit measures.
   • Interpret graphical outputs such as residual plots and overlays.
   • Identify patterns indicating model inadequacy or violations of assumptions.

   +1 more
   $2.40$3.00
3. 03
   9th Grade Science | Simulated Predictions Worksheet (PDF+ Answer Key)

   Grade 9 · Science

   • Explain the role of simple computational simulations and numerical models in generating predictions from hypotheses.
   • Describe how parameter sensitivity and scenario comparison influence forecast accuracy.
   • Illustrate how ensembles and visualizations depict uncertainty in predictions.

   +1 more
   $2.40$3.00
4. 04
   9th Grade Science | Communicating Uncertainty Worksheet (PDF+ Answer Key)

   Grade 9 · Science

   • Understand the conventions used for conveying uncertainty and confidence in scientific communication.
   • Identify different types of estimates and visualizations used to express variability and effect sizes.
   • Evaluate the role of assumptions and limitations when reporting inferential results.

   +1 more
   $2.40$3.00
5. 05
   9th Grade Science | Measures of Central Tendency Worksheet (PDF+ Answer Key)

   Grade 9 · Science

   • Explain the differences between mean, median, and mode and their appropriate contexts.
   • Analyze how skewness, outliers, and multimodality influence the choice of central tendency measure.
   • Connect the selection of a central tendency to the underlying distribution or data-generating process.

   +1 more
   $2.40$3.00
6. 06
   9th Grade Science | Graphical Literacy Worksheet (PDF+ Answer Key)

   Grade 9 · Science

   • Understand how to interpret various graphical representations such as scatterplots, histograms, and line graphs.
   • Identify appropriate graph types for different data patterns and variables.
   • Evaluate the suitability of graph scales, labeling, and binning choices in conveying accurate information.

   +1 more
   $2.40$3.00
7. 07
   Grade 9 Science | Argument Structures Worksheet (PDF+ Answer Key)

   Grade 9 · Science

   • Define the components of scientific arguments, including claim, evidence, and reasoning.
   • Analyze coherence, relevance, and alternative explanations in constructing scientific arguments.
   • Evaluate how quantitative evidence and model comparison strengthen arguments.

   +1 more
   $2.40$3.00
8. 08
   9th Grade Science | Control Criteria in Causal Inference (PDF+ Answer Key)

   Grade 9 · Science

   • Define and explain the key control criteria used in establishing causality and their importance.
   • Analyze how variable isolation, replication, baseline characterization, and reference conditions influence causal interpretation.
   • Evaluate the impact of residual confounding and uncontrolled variation on the strength of causal claims.

   +1 more
   $2.40$3.00
9. 09
   9th Grade Science | Quantifying Uncertainty in Scientific Data (PDF+ Answer Key)

   Grade 9 · Science

   • Understand how to quantify and interpret random and systematic uncertainties in datasets.
   • Calculate and compare standard deviation, standard error, and confidence intervals.
   • Apply basic error propagation methods to combined measurements.

   +1 more
   $2.40$3.00
10. 10
    9th Grade Science | Scale and Proportion Worksheet (PDF+ Answer Key)

    Grade 9 · Science

    • Understand the principles of scaling laws and their application in scientific modeling.
    • Identify how dimensional similarity affects the design and interpretation of models across scales.
    • Apply proportional reasoning to analyze relationships in systems like diffusion, biomass, and periodic phenomena.

    +1 more
    $2.40$3.00