110 calories are required to raise the temperature.
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Specific heat = calories / mass * (final temperature - initial temperature)
Insert known factors of the equation before rearranging to isolate the unknown (in this case, calories)
0.11 = calories / 10 * (200 - 100)
0.11 = calories / 10 * 100
0.11 * (10 * 100) = calories
0.11 * 1000 = calories
110 = calories
Astatine. Because it has the smaller shell of electrons. I believe
Answer:
B
Explanation:
When it freezes, it will be a solid. The molecules will barely move, not as much as in the other answer choices.
Answer:
ok
Explanation:
ok bacha i will give u brainiest
Answer:
The correct answer is 66.1 g
Explanation:
According to <em>Law of Conservation of the Mass</em>, the mass of an isolated system is neither created or destroyed during chemical reactions. It is transformed. So, in a chemical reaction, the atoms of reactants are reoganizated by forming other compounds but the mass is conserved. Thus, the total mass of reactants is always equal to the total mass of products. If 23.6 g of a substance reacts with 42.5 g of another substance, the total mass of the products will be equal to the total mass of reactants:
23.6 g + 42.5 g = 66.1 g reactants = 66.1 g products