The video discusses a shoe designed by Adidas that adapts its cushioning to suit the runner's size, speed, and surface. It features an electromechanical system with a motor and sensors that communicate with a microprocessor to adjust the cushioning in real-time. The system is highly accurate and capable of rapid calculations to ensure optimal comfort. The shoe continuously measures heel compression and adjusts cushioning as needed, adapting to changes in speed, footfall, and surface.

What is the main goal of the adaptive shoe developed by Adidas?

• To provide optimal cushioning for any runner

• To reduce the weight of the shoe

• To increase the speed of runners

• To enhance the fashion appeal of running shoes

Which component of the shoe allows the user to control its operation?

• The cushioning element

• The buttons on the side

• The sensors

• The motor

What is the function of the microprocessor in the shoe?

• To change the shoe's color

• To measure the runner's speed

• To adjust the cushioning element

• To power the motor

How accurate is the shoe's sensing system?

• Within 1/100 of a millimeter

• Within 1/1000 of a millimeter

• Within 1/10 of a millimeter

• Within 1 millimeter

How many calculations per second can the shoe's processor perform?

• 5 million

• 10 million

• 1 million

• 2 million