There are various ways to extinguish a petrol/gasoline/flammable liquid fire.Water is heavier than petrol and will just have the effect of spreading the fire, Petro-chem fires are nearly always extinguished with chemical foam which forms a blanket over the flames and cuts off the oxygen supply. The worst thing you can turn on a petrol fire is a hosepipe.
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Water cannot extinguish all fires. But the reason is can't extinguish petrol fires is because petrol as a liquid is less dense than water. As water is thrown onto the petrol, the petrol floats on top of the water and continues to vapourise. It is the vapour which burns, slightly above the surface of the petrol.
Petrol is a flammable hydrocarbon, and it can burn in air if ignited. Water is a stable compound of hydrogen and oxygen, and its chemistry is such that it will not burn. Looked at another way, the hydrogen is already oxidized, and it has no reason to react to an ignition source.
Petrol is less dense than water, and it, like other hydrocarbons, will float on water. Further, it can be ignited and will burn as it floats on water. As floating hydrocarbons are exposed to air, if their ignition temperature can be reached, they will burst into flames and burn.
Because petrol is a combustible substance. Water is inert.
The flash point of petrol represents the temperature at which it can ignite when exposed to an open flame. However, for petrol to combust, it must also be in the presence of oxygen and have an ignition source. In summer, the atmosphere temperature being higher than the flash point of petrol alone is not sufficient to cause it to catch fire without these additional factors.
Most materials will catch fire at temperatures above 300Β°C (572Β°F), with some flammable materials igniting at lower temperatures. The exact temperature at which something will catch fire depends on the material and its flammability.
No, magnesium cannot catch fire in cold water. It reacts only slowly. And only briefly, too, as a film of magnesium hydroxide forms creating a barrier to further reaction.
Petrol is highly flammable and volatile, making it dangerous to use as a fuel in stoves. Its combustion can produce harmful fumes and emissions, posing health risks. Additionally, petrol burns at a higher temperature than is typically needed for cooking, which can lead to food burning or the stove malfunctioning.
Petrol will catch fire first, petrol is highly flammable, diesel is not.
A conflict is like a 'fire'. Water puts out the fire. Petrol makes the fire stronger. Water or petrol poured on the fire(conflict )
because when i tip of fire is put at petrol it may catch fire and it may lead to big accident's.
over heated or burning petrol
Water is a conductor of electricity, so using it to put out an electrical fire can result in electric shock or spreading the fire. In the case of a petrol tank fire, water is denser than petrol and can cause the petrol to spread, making the fire larger. It may also cause an explosion due to the rapid vaporization of water.
Petrol has a high ignition temperature, which means it requires a certain amount of heat to ignite. The autoignition temperature of petrol is around 246 degrees Celsius, which is higher than typical ambient temperatures. This is why petrol does not catch fire spontaneously at normal temperatures.
Petrol stations are potentially very dangerous, because petrol is fire hazard. If petrol leaks from pump for any reasons eg petrol nuzzle misused, or pipe crack or gets damages then petrol can leak onto forecourt and catch fire or even explode.
they only catch on fire when u pour a gallon of petrol over it and light a match...
Petrol will float on the surface of water, as petrol is less dense than water. So, it would be possible to set fire to a river, provided petrol is poured over the surface first!
Because petrol is a combustible substance. Water is inert.
The most common cause if usually PETROL and a MATCH!
Water