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Heat can be calculated by: Q = Mass x Cp x ΔT

Q= Heat in Joules// Mass= g // Cp= Specific Heat Capacity // ΔT= Tf-Ti

In the scorching heat of the raging fires in Northern California, a piece of metal that weighs 30grams which has a specific heat of 45 J/g*C, its temperature changes from 18*C to 84*C. How do you calculate the heat released?

Q = (30) (45) (66) // Q = 89,000.0 Joules

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A Controlled burn can help prevent a catastrophic wildfire, which is why burning forests of dead leaves, tree limbs, and other debris can reduce the chances of an unwanted fire.

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Quantitative research is relating to, measuring, or measured by the quantity of something rather than its quality.
Vs.
Qualitative research which s is relating to, measuring, or measured by the quality of something rather than its quantity.

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Utilizing both quantitative and qualitative techniques, the U. S. Forest Service gathered data from three particular groups: the general public, educated lay public, and nearby specialists. Additionally, individual meetings were directed with a gathering of strategy specialists in the study of rapidly spreading fires and environmental change. An essential finding shows that the entirety of the gatherings that they met communicated a powerful urge for land supervisors to deal with the public terrains proactively, to lessen the danger of a rapidly spreading fire. However, respondents communicated various inclinations with respect to the administration approach that ought to be utilized.

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Combustion is the process of burning something

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Combustion is the process of burning something

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Matter is not created, nor destroyed, only transformed. The mass of the sut, ashes, and gasses equals the original mass of the charcoal oxygen and when it first reacted. During combustion, fire follow the conservation of mass but additionally release significant amounts of heat which is categorized as an exothermic property.
Exo = Releasing heat (Candle) vs. Endo= Absorbing Heat (Ice Cube)

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Forest fires are natural and organic in the wilderness, however, the influx of people in fire danger areas combined with their irresponsible traits, the connection between humans and fires is only negative. These natural fires are natures' way of clearing the dead plants on the forest floors, which also allows vital nutrients to return to the soil, creating a new and healthy start for the plant and animal life. Some plants depend on fires or high heat concentration for reproduction like the Banksia, who just needs enough heat to crack the waxy seals of its cone and let the seeds out.

A Banksia Cone That Has Released Its Seeds After A Natural Brush Fire.

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Over time, wildfires have grown in acreage burned which has lead to massive amounts of destruction due to the  size and strength of these uncontrollable fires. Fires gain strength and lethality by burning dry and dead plants which are a fuel, one of three necessary elements for the process of combustion to be possible. The fire triangle is made up of three different elements: a source of heat, oxygen and fuel. This year the fires scorched over 3.7 million acres this past year(vs. 260,000k acres in 2019), leaving a trail of blackened land and torched residential neighborhoods. Fire damage our air quality and increase the damage done to our ozone layer, leaving our cities gloomy, and dry. On top of that, the constant CO2 emissions that began at the dawn of the Industrial Revolution continue to have a strong impact as well as the President's  apathetic behavior around the subject matter.