By Anonymous Anonymous
10 questions
9th - 12th Grade
Science
87 plays
Updated Mar 2026
This Grade 9–12 science worksheet helps students calculate and interpret gravitational potential energy and kinetic energy. It includes three fill-in-the-blank calculation problems involving mass, height, gravity, and energy, plus seven multiple-choice questions about energy variables, speed, mass, energy transfer, and identifying where potential energy is greatest. Students apply the potential-energy relationship to objects at different heights and use the kinetic-energy equation to reason about moving objects, including problems that require selecting a speed or energy value. The mix of numerical calculations and conceptual questions supports practice with formulas, units, variable relationships, and energy vocabulary. This free printable worksheet includes an answer key and is suitable for Grade 9–12 science instruction, independent practice, review, or formative assessment.
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WorksheetsAnswer Keyheight and mass
a bowling ball because it has more mass
22,583.5 J
242 m/s
45 joules
This Grade 9–12 science worksheet focuses on calculating gravitational potential energy from mass, height, and gravitational strength, and calculating kinetic energy from mass and speed. Three fill-in-the-blank problems require numerical energy calculations, while seven multiple-choice questions ask students to identify relevant variables, solve for energy or speed, interpret potential-energy position, and recognize energy transfer.
Introduce the worksheet by modeling how to substitute mass, height, and gravitational strength into the gravitational potential-energy relationship, then contrast it with the kinetic-energy relationship using mass and speed. Work through one calculation with students before assigning the fill-in-the-blank items, and use the multiple-choice questions to discuss why mass, height, or speed matters. Ask students to explain why a selected option is correct rather than choosing an answer from the distractors alone.
Watch for students confusing the variables in gravitational potential energy, such as using movement instead of height or mass, and for students forgetting that speed is squared in kinetic-energy calculations. Students may also fail to convert the 10-gram ball to kilograms, lose track of joules, or choose an answer without solving when a question asks them to determine speed. For the potential-energy position item, have students connect the labeled point to the object’s height rather than guessing from the letter.
You can assign this worksheet as a printable PDF or use it as a digital quiz on Wayground. It includes a complete answer key for the three fill-in-the-blank calculations and seven multiple-choice items, and printable student work can be graded by scanning it with the Wayground for Teachers app. The printable format also gives schools an option for reducing screen time.
In the worksheet’s Advanced Settings, adjust font spacing or choose a larger font size to make the formula-based calculation items easier to read. You can also enable a dyslexia-friendly font or translate the worksheet into another language, while keeping the fill-in-the-blank energy problems and multiple-choice reasoning items intact.
Wayground offers a broad collection of free printable worksheets and practice problems across subjects, with downloadable PDFs and answer keys to support essential skills and concepts. Browse more resources at https://wayground.com/en-us/worksheets.
