A prosthetic hand can be used to replace a human hand that has suffered an injury or disease that caused the natural hand to no longer function. An engineer is designing a prosthetic hand similar to the one shown below.She wants the design to function as much like a natural hand as possible. In her design, she is including sensors on the fingers and palm that will send information to the brain. This will allow the patient to use the hand to touch a variety of materials in their environment. When selecting materials to use for the outside of the hand design, which constraint should the engineer consider? A. The materials must have a high melting point. B. The materials must be less dense than water. C. The materials must react chemically with oxygen. D. The materials must be magnetic.
Question
A prosthetic hand can be used to replace a human hand that has suffered an injury or disease that caused the natural hand to no longer function. An engineer is designing a prosthetic hand similar to the one shown below.She wants the design to function as much like a natural hand as possible. In her design, she is including sensors on the fingers and palm that will send information to the brain. This will allow the patient to use the hand to touch a variety of materials in their environment. When selecting materials to use for the outside of the hand design, which constraint should the engineer consider? A. The materials must have a high melting point. B. The materials must be less dense than water. C. The materials must react chemically with oxygen. D. The materials must be magnetic.
Solution
The engineer should consider constraint A. The materials must have a high melting point. This is because the prosthetic hand will be exposed to various temperatures and conditions in daily use, and materials with a high melting point will ensure the durability and longevity of the prosthetic hand. The other options (B, C, D) are not as relevant to the functionality and durability of a prosthetic hand.
Similar Questions
A prosthetic is an artificial body part. An engineer is designing a prosthetic finger for a three-year-old child. What constraint should the engineer consider when she is selecting the material for the prosthetic finger design? A. The material must be a substance easily found in nature. B. The material must chemically react with air and water. C. The material must be strong and durable at a small size. D. The material must easily absorb and retain heat.
Which of the following is an example of how prosthetics engineering differs from most other engineering fields?A.Using a material that is sufficiently strongB.Designing a device that is biologically compatibleC.Use of the engineering process to designD.Predicting how the device will failSUBMITarrow_backPREVIOUS
Select all that applyA cross-functional team that is working on the development of a new prosthetic device for amputees should include:Multiple select question.parts suppliers for medical devicesproduct designersaccounting department bookkeepersamputees who will use it
A group of students in a summer program in India recently put their minds together to propose a new and improved design for prosthetics for patients who have lost their hands. The difficulty is that many prosthetic, or artificial, hands are hard to fit and move, as well as tiring to use. With robotics, the students in the program succeeded in creating a soft, flexible prosthetic hand that uses a hinged aluminum mechanism and is easier to operate. This innovation has the potential to improve thousands of lives around the world.Which organizational structure does this text primarily use?
A patient with heart complications may need an artificial heart to permanently or temporarily replace their heart. An engineer is planning to create a new version of an artificial heart. Which of the following is a constraint on the artificial heart design? A. The material of the artificial heart must be strong and heavy to hold all of the blood in the patient's body. B. The rate at which the artificial heart pumps must be able to change based on the patient's activity level. C. The material of the artificial heart must chemically react with blood and oxygen inside the patient's body. D. The artificial heart must be able to turn on or off based on whether the patient is awake or asleep.
Upgrade your grade with Knowee
Get personalized homework help. Review tough concepts in more detail, or go deeper into your topic by exploring other relevant questions.