Sodium reacts violently with water, producing hydrogen gas and sodium hydroxide. This reaction can cause the fire to become more intense and spread. Additionally, the release of hydrogen gas can create a flammable atmosphere, making it dangerous to use water to extinguish a sodium fire.
Fires caused by oil cannot be extinguished by water because oil is less dense than water and floats on top of it. When water is used on an oil fire, it can spread the fire by carrying the burning oil with it and causing the fire to become more intense. Additionally, the high temperatures of an oil fire can cause the water to vaporize quickly, creating steam that can disperse the burning oil and make the fire harder to control.
Yes, sodium is highly reactive with water and it can catch fire when coming into contact with it. This is due to the vigorous reaction that occurs, producing hydrogen gas and heat, which ignites the sodium.
Fire stops under water because water deprives the fire of oxygen, which is essential for combustion. Without oxygen, the chemical reaction that sustains the fire cannot continue, causing the flames to be extinguished.
When sodium reacts with water, it produces sodium hydroxide and hydrogen gas. The hydrogen gas in contact with the heat generated during the reaction can ignite, causing the sodium to catch fire. Additionally, the high reactivity of sodium can further enhance the combustion process.
A coal fire is considered a Class A fire, which involves ordinary combustible materials like wood, paper, cloth, and plastics. Class A fires can be extinguished using water, foam, or dry chemical extinguishers.
Nancy poured baking soda on the grease fire to extinguish the flame.
An Extinguished fire is put out and a raging fire is continuing to burn .
The fire is extinguished and some of the water is evaporated. Whatever new compounds may form depends on what is burning.
In "To Build a Fire," the second fire is extinguished when the man tries to ignite a match to start a fire after falling into the freezing water. The wet conditions prevent the fire from lighting, causing the man to lose his last chance to warm himself and survive in the harsh wilderness.
The fireman was exhausted after extinguishing the fire. or By the time the firemen reached the burning building, the heaven sent rain was already in the process of extinguishing the fire.
Extinguished is a verb. It's the past tense of extinguish.
Fires caused by oil cannot be extinguished by water because oil is less dense than water and floats on top of it. When water is used on an oil fire, it can spread the fire by carrying the burning oil with it and causing the fire to become more intense. Additionally, the high temperatures of an oil fire can cause the water to vaporize quickly, creating steam that can disperse the burning oil and make the fire harder to control.
Electrical fires should not be extinguished with water, as it can conduct electricity and increase the risk of electrocution. Instead, electrical fires should be put out using a Class C fire extinguisher or by cutting off the power source if safe to do so.
Sodium and water are HIGHLY reactive. It would only compound the problem.
Yes
Sodium
Yes, sodium is highly reactive with water and it can catch fire when coming into contact with it. This is due to the vigorous reaction that occurs, producing hydrogen gas and heat, which ignites the sodium.