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Practice quantitative relationships using mass, density and volume data. This is calculation support, not a direct Physics content standard for density or Newton's laws.
Cover the value you need and the triangle shows whether to multiply or divide—so students set up density problems instead of guessing at the algebra.
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Use distance and time relationships within one-dimensional motion calculations; velocity and acceleration need additional instruction.
Work with the relationship between speed, distance and time.
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Calculate force effects using Newton’s second law; pair the triangle with free-body diagrams.
Set up calculations relating force, mass and acceleration.
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Calculate relationships among wave speed, frequency and wavelength alongside investigations of wave characteristics.
Work through wave speed, frequency and wavelength calculations.
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Calculate current, potential difference and resistance using Ohm’s law; add series/parallel circuits and power calculations to address the full expectation.
Connect voltage, current and resistance in circuit calculations.
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Extend thermal-energy transformation lessons with specific-heat calculations. Q = mcΔT is not explicitly required.
Organize heat calculations using Q = mcΔT.
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Calculate and interpret slopes alongside position–time and velocity–time representations.
Calculate slope from two points and connect it to science graphs.
Visit Etsy shopCurrent science TEKS, implemented in 2024–2025. Connections are lesson-specific, not a claim that a product covers an entire standard. Instructional support identifies a modeling or calculation practice, not a direct content match. Standard descriptions are paraphrased.
Official TEA science standardsSee the full collection on Etsy.
