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Maximizing Game Booths for School Carnival

Solve spatial problems involving positioning game booths while considering distances and dimensions. Find solutions through drawing diagrams.

quincy-mcneil
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Maximizing Game Booths for School Carnival

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  1. Problem Solving Draw a picture Act it Out

  2. Draw a picture • For the school carnival, the fifth grade is putting game booths in the school parking lot. Each game booth is 7 feet wide and must be 5 feet from the next booth. The booths at the end must be at least 10 feet from the end of the parking lot. • The parking lot is 82 feet long. Find the greatest number of game booths that they can have.

  3. Draw a picture • Ciara has a television stand that is 36 inches high. On the stand, she places a 24-inch high television on top of a 4-inch high DVD player. The bottom of a picture frame is 32 inches above the television stand. • How many inches are between the top of the television and the bottom of the picture frame?

  4. Draw a Picture Cameron’s bedroom wall is 13 feet wide. He wants to place two equal-size picture frames side by side along the wall so that the distance between each frame and each edge of the wall is 4 feet. If each picture frame is 2 feet wide, how many feet of space will be between the two frames?

  5. Tony’s garden is a square 12 feet long. He wants to plant shrubs 4 feet apart around the garden. There will be a shrub in each corner. How many shrubs will he need?

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