Revolutionizing Prosthetics: The Incredible Bionic Arm of Peter Eberly

A decade ago, Eberly, a train driver, lost his arm in an accident. Initially, doctors doubted he could use a prosthetic. However, a new prosthetic arm developed by German scientists is now available. This arm is significantly more powerful, faster, and lighter than previous models. It features a microchip that translates nerve impulses into commands and a sensor to prevent objects from slipping. This bionic limb has the potential to greatly improve the lives of amputees worldwide.

What was the initial prognosis given to the train driver after his accident?

• He would need multiple surgeries.

• He would be able to use a prosthetic arm immediately.

• He could not expect to use a prosthetic arm.

• He would regain full use of his arm.

Which of the following is NOT a feature of the new prosthetic arm?

• It is developed by German scientists.

• It is 25% lighter.

• It is three times slower.

• It is six times more powerful.

How does the microchip in the prosthetic arm function?

• It senses nerve impulses and translates them into commands.

• It powers the arm using solar energy.

• It connects to the internet for updates.

• It stores data about the user's movements.

What is the purpose of the sensor in the thumb of the prosthetic arm?

• To measure temperature.

• To enhance grip strength.

• To detect pressure changes.

• To prevent glass from slipping.

What potential impact does the new bionic limb have on amputees?

• It can make them dependent on technology.

• It can transform their lives.

• It can increase their medical expenses.

• It can limit their mobility.