Prosthetics and Forces

What are the three main types of prosthetics?

• hand prosthetics, foot prosthetics, and dental prosthetics

• arm prosthetics, leg prosthetics, and eye prosthetics

• upper limb prosthetics, lower limb prosthetics, and facial prosthetics

• finger prosthetics, toe prosthetics, and ear prosthetics

Which subfield of science studies the biomechanics of prosthetics?

• Prostheticology

• Prosthetic biomechanics

• Biomechatronics

• Biomechanical engineering

What are some common materials used in prosthetics?

• wood, metal, rubber

• glass, fabric, paper

• aluminum, copper, steel

• carbon fiber, silicone, titanium, plastics

What are the design considerations for prosthetics?

• ease of use, maintenance, adjustability, portability

• brand, popularity, warranty, price

• comfort, functionality, durability, aesthetics, and cost-effectiveness

• size, weight, color, material

What are some advancements in prosthetics?

• Wooden limbs, rubber prosthetics, and metal limbs.

• Traditional prosthetics, plastic limbs, and fabric prosthetics.

• Manual prosthetics, non-electric prosthetics, and basic prosthetics.

• Bionic limbs, mind-controlled prosthetics, and 3D-printed prosthetics.

Which type of prosthetic is designed to replace a missing limb?

• artificial limb

• prosthetic limb

• synthetic limb

• prosthetic arm

What is the purpose of a socket in a prosthetic limb?

• To provide a power source for the prosthetic limb.

• To provide a secure and comfortable attachment point between the residual limb and the prosthetic device.

• To enhance the aesthetics of the prosthetic limb.

• To allow the prosthetic limb to move and function like a natural limb.

How do prosthetic limbs help restore mobility to individuals?

• Prosthetic limbs are purely cosmetic and do not provide any functional benefits.

• Prosthetic limbs hinder mobility and make it more difficult for individuals to move around.

• Prosthetic limbs replace the function of missing or amputated limbs.

• Prosthetic limbs are only used for aesthetic purposes and do not improve mobility.

What are some challenges in designing prosthetics for athletes?

• Ensuring proper fit and comfort, creating prosthetics that can withstand high impact and stress, and designing prosthetics that enhance performance without compromising safety.

• Lack of available materials for prosthetics, difficulty in finding the right balance between flexibility and stability, and limited customization options for athletes.

What is the role of robotics in prosthetics?

• Robotics has no role in prosthetics.

• Prosthetics are solely based on mechanical engineering principles.

• Prosthetics can function effectively without the use of robotics.

• Robotics enables the development of advanced prosthetic limbs that mimic natural movements and provide enhanced functionality.