Module 8.0: Advancements in Shoe Technology Assessment Welcome to your Module 8.0: Advancements in Shoe Technology Assessment Teacher Email Student ID Is this your pre or post assessment? Pre-Assessment Post-Assessment Grade 3rd 4th 5th 6th 7th 8th 1. For ideal traction, what percentage of a shoe’s outsole surface area should remain in contact with the court at any given time? a. 30% b. 50% c. 100% None 2. Which of the following is likely to increase vertical jump? a. A soft cushion throughout the entire shoe. b. A stiff sole with less cushion in the front of the shoe and more cushion in in the heel of the shoe. c. A stiff sole with less cushion throughout the entire shoe. None 3. Which of the following is not considered when designing a shoe with optimal traction? a. Rubber composition. b. Traction pattern. c. Amount of cushion. None 4. Most of the energy transfer during a vertical jump occurs a. In the front of your foot. b. In the center/arch of your foot. c. In the heel of your foot. None 5. All of the following explains how technology has advanced the innovation and safety of basketball shoes, except: a. As shoes become worn, the material stretches, placing the ankle and foot at risk for injury. b. Basketball players want to make sure they are consistently looking their best for their fans. c. New lighter, but stronger designs are more frequently available as new and improved materials are introduced. None Time's up
