FAM 2.2 Designing Wheelchairs of All Shapes and Sizes

Who is Dr. Rory Cooper?

• A wheelchair designer and engineer

• A professional rugby player

• A Paralympic swimmer

• A military officer

What is the main purpose of Dr. Cooper's work?

• To design wheelchairs for different users and activities

• To manufacture electric motors for wheelchairs

• To train athletes for the Paralympics

• To create lightweight materials for all vehicles

What is the Human Engineering Research Labs (HERL)?

• A research center for technologies aiding people with disabilities

• A training facility for Paralympic athletes

• A manufacturing unit for wheelchair motors

• A university department for military veterans

Why are racing wheelchairs designed to be light?

• To change velocity more easily

• To withstand collisions

• To be more stable

• To reduce manufacturing costs

What is a key feature of rugby wheelchairs?

• Heavier mass for stability

• Lightweight design for speed

• Electric motors for easy movement

• Adjustable seats for comfort

What inspired Dr. Cooper to study engineering?

• His injury during military service

• His passion for sports

• His interest in robotics

• His desire to become a scientist

What is the Paralympics?

• A series of athletic events for people with disabilities

• A global competition for engineers

• A training program for wheelchair users

• A military sports event

How does mass affect a wheelchair's performance?

• It influences velocity changes

• It determines the color of the wheelchair

• It affects the cost of production

• It decides the type of wheels used

Why do rugby wheelchairs require more force to stop?

• They are heavier

• They have electric motors

• They are designed for speed

• They have larger wheels

What is a unique feature of some modern wheelchairs?

• They can be operated by moving the eyes

• They are made of wood

• They have built-in GPS systems

• They are powered by solar energy