Viscosity plays a crucial role in firefighting by influencing the behavior of fire suppression fluids, such as water and foam. Fluids with lower viscosity can spread more easily and penetrate fires effectively, while higher viscosity solutions can create thicker foams that smother flames and prevent oxygen from reaching the fire. Firefighters use this knowledge to select appropriate extinguishing agents based on the type of fire and the materials involved, optimizing their effectiveness in controlling and extinguishing flames.
help to increase water tension by changing the viscosity of water
all fires are toxic more or less. foam is generally used to fight liquid fuel fires as they form a blanket of air bubbles that prevents vapour from the liquid to mix with the oxygen present in the fire area.
Firetrucks and fire hoses and classified as weather elements because firetrucks have useful things for firefighters to fight the fires and fire hoses can be used to put out fires.
The stone is named : "silica"
the viscosity of the cup was horribly bad
Dish soap is highly flammable, so..... no.
Single viscosity is high quality oil. Mulit-viscosity oil is used for in the winter.
Coal was made to burn fires and help with electricity it is also used to heat waters.
The type of nozzle commonly used to fight fires in inaccessible places like attics and basements is a "smooth bore nozzle." This nozzle creates a solid stream of water that can penetrate through smoke and reach the fire more effectively. Additionally, the "fog nozzle" can also be used for its ability to create a fine mist, which aids in cooling and reducing visibility issues. Both types are valuable for tackling fires in confined or hard-to-reach spaces.
To fight infections and help the wound.
Low viscosity oil flows easier when it is cold but become thinner when it is hot.
Materials used by firefighter are chemical products.