A scientist discovers a stack of newspapers is burned completely to ash in his laboratory. How does the resulting mass relate to the initial mass of the stack of newspapers?(1 point) Responses The mass of the gasses and the ash should be double the mass of the original stack of newspapers. The mass of the gasses and the ash should be double the mass of the original stack of newspapers. The mass of the gasses and the ash should be one-fourth the mass of the original stack of newspapers. The mass of the gasses and the ash should be one-fourth the mass of the original stack of newspapers. The mass of the gasses and the ash should be one-half the mass of the original stack of newspapers. The mass of the gasses and the ash should be one-half the mass of the original stack of newspapers. The mass of the gasses and the ash should equal the mass of the original stack of newspapers.
The mass of the gasses and the ash should equal the mass of the original stack of newspapers. This is because according to the Law of Conservation of Mass, matter cannot be created or destroyed, only transformed. Therefore, the total mass of the stack of newspapers should be conserved during the combustion process, with the mass of the resulting gasses and ash being equal to the initial mass of the stack.
