Worksheet Grade 10 Art & Music

Sedgwick Find-the-Leak Poster: Grade 10 Scale and Budget Worksheet

A grade 10 design worksheet where students plan a fictional utility's leak-awareness poster, choosing colors and solving scale, area, and print-budget problems.

Objectives

  1. Students will choose color relationships that make a poster message legible and persuasive.
  2. Students will calculate the scale factor and area change between a mock-up and a printed poster.
  3. Students will write and solve an equation and an inequality for printing costs within a budget.

Vocabulary

Key words: complementary colors, value contrast, scale factor, budget constraint

Teacher overview

The Sedgwick Water Utility (a fictional utility) is running a "Find the Leak" poster campaign to remind households that leaks waste water and money. Household leaks waste nearly 9,400 gallons a year on average, and the campaign wants that idea to land in a few seconds. This worksheet asks students to plan the poster as a designer would: choose colors that carry the message, scale a mock-up up to print size, and keep the print run inside a fixed budget.

Answer Key

  1. Answer: Answers may vary; complementary colors are a strong choice. Placing the slogan's color opposite the background color on the color wheel makes each look more intense, so the slogan separates cleanly from the background. Warm-versus-cool or strong light-dark contrast is also acceptable with a reason.
  2. Answer: Value contrast is the difference in lightness and darkness between elements. A poster needs it because a viewer who cannot distinguish red from green still sees light against dark, so the message stays legible without relying on hue.
  3. Answer: Answers will vary. A strong comparison makes 9,400 gallons concrete, such as "enough to fill about 200 bathtubs" or "a full bathtub of wasted water every two days."
  4. Answer: 4. Both 20 divided by 5 and 28 divided by 7 equal 4, so the linear scale factor is 4.
  5. Answer: 16. Area grows by the square of the linear scale factor, and 4 squared is 16.
  6. Answer: 560 square inches. The printed poster is 20 by 28, and 20 times 28 equals 560 square inches.
  7. Answer: 60 posters. 24 bus shelters plus 36 library boards equals 60 posters.
  8. Answer: $360. The equation is C equals 6p; with p equal to 60, C equals 6 times 60, or $360.
  9. Answer: 83 posters. The inequality is 6p less than or equal to 500, so p is at most 83.3, and the greatest whole number of posters is 83.
  10. Answer: Printing cost tracks area, not height alone. Doubling both height and width makes the area four times as large, so a banner uses about four times the material and costs well over double one poster.

Differentiation

Support

Provide a color wheel and a worked example of a scale-factor calculation using different numbers before item 4. Give the equation form C equals 6p already set up for item 8 so students focus on substitution and solving.

Extension

Ask students to design a second, larger banner size, choose its dimensions, and calculate both its area factor relative to the original poster and the print cost at the fictional utility's same $6 per poster-area rate, then justify whether the banner fits a raised $700 budget.

ELL supports

Provide a bilingual glossary card for "complementary," "value," "scale factor," and "budget," each with a small image. Allow items 1 through 3 to be answered with labeled sketches and short phrases, and provide sentence frames such as "I would use ___ colors because ___."