When a powerful dynamite explodes it produces huge vibrations and this drives the air around it with higher velocity and this puts off the forest fire.
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Dynamite is not typically used to put out forest fires. Instead, firefighters use more specialized tools and techniques such as water, fire retardants, and controlled burns to manage and suppress forest fires. Dynamite can be dangerous and may worsen the situation by spreading the fire or causing unpredictable outcomes.
No, water can extinguish a fire by reducing its temperature and smothering the flames by cutting off the oxygen supply. Water is commonly used as a firefighting tool to help put out fires.
As of 2021, the largest forest fire in U.S. history was the Great Fire of 1910, also known as the "Big Burn." It burned over 3 million acres in Idaho, Montana, and Washington, and resulted in the deaths of 87 people.
For a grease fire, use a fire extinguisher specifically labeled for grease fires or smother the fire by placing a metal lid over the pan. For an electrical fire, turn off the power source if safe to do so and use a Class C fire extinguisher. For a wood or paper fire, use a Class A fire extinguisher or water to extinguish the flames.
Forest fires have many effects on people, both direct and indirect. Usually, when forest fires spread they threaten to spread to nearby towns, which can burn them down. Fires also give off a lot of carbon monoxide, which can later cause acid rain. Forest fires also destroy animal's natural habitats, which kills animals and disrupts the food chain, which may later have an effect on people. Forest fires also can destroy tree farms, which are valuable sources of lumber and paper for people. Lastly, forest fires destroy the beautiful natural wilderness, so later no people can enjoy the beauty of nature! :'(
A sand bucket is used to control a class C fire because it can smother the fire by cutting off the oxygen supply. The sand acts as a non-conductive material that can help to absorb heat and prevent the fire from spreading. This method is effective for electrical fires, which are commonly classified as class C fires.