Question

This required piece of safety equipment is attached to the carburetor of inboard gasoline engines to suppress flames:

Answer 1

A flame arrester is the required safety equipment attached to the carburetor of inboard gasoline engines to suppress flames, preventing ignition of flammable gases and potential fires.

Step-by-step explanation:

The required piece of safety equipment attached to the carburetor of inboard gasoline engines to suppress flames is known as a flame arrester. These devices are essential for preventing the ignition of flammable gases in the engine area, especially on boats where inboard engines are common. Flame arresters are designed to allow air and gases to pass through to the engine but extinguish any flames that try to travel back through the system, thus preventing potential explosions or fires.

Advances in technology have improved safety equipment considerably. For example, racing car drivers wear fire including Nomex suits and other specialized equipment, which offers protection similar to advancements developed for space and aerospace applications. The Libre Texts™ note provides insight into how aerospace technology, such as aluminum composite materials and heat-resistant fabrics developed by NASA, has been adapted into firefighting equipment and other fire safety applications. Flame materials, like those used on spacecraft, are now commonly employed in equipment to ensure the safety of first responders and motorsports professionals.

Answer 2

A flame arrester is the required safety equipment attached to the carburetor of inboard gasoline engines to suppress flames, preventing ignition of flammable gases and potential fires.

Step-by-step explanation:

The required piece of safety equipment attached to the carburetor of inboard gasoline engines to suppress flames is known as a flame arrester. These devices are essential for preventing the ignition of flammable gases in the engine area, especially on boats where inboard engines are common. Flame arresters are designed to allow air and gases to pass through to the engine but extinguish any flames that try to travel back through the system, thus preventing potential explosions or fires.

Advances in technology have improved safety equipment considerably. For example, racing car drivers wear fire including Nomex suits and other specialized equipment, which offers protection similar to advancements developed for space and aerospace applications. The Libre Texts™ note provides insight into how aerospace technology, such as aluminum composite materials and heat-resistant fabrics developed by NASA, has been adapted into firefighting equipment and other fire safety applications. Flame materials, like those used on spacecraft, are now commonly employed in equipment to ensure the safety of first responders and motorsports professionals.