Match each part of the equation with what it means in the equation.
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6 points
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A B C D E F
Yields: Shows a chemical reaction is taking place
Subscript: Tells you how many of atoms of that element are in each molecule
Coefficient: Multiply all atoms following it by that amount
Symbol: The symbol that identifies the element
Reactant: The substances prior to the reaction
Product: The substances following the reaction
Yields: Shows a chemical reaction is taking place
Subscript: Tells you how many of atoms of that element are in each molecule
Coefficient: Multiply all atoms following it by that amount
Symbol: The symbol that identifies the element
Reactant: The substances prior to the reaction
Product: The substances following the reaction
4. Which equation is balanced?
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1 point
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A
B
C
D
5. Using the following image, what would the mass of the product FeS be, given the Law of Conservation of Matter?
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1 point
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56 g because iron has a greater mass amount and will therefore lead to being the mass of the final product.
90 g because the end products must be equal to the orignal amount of reactants due to the law of conservation of matter.
80 g because matter cannot be created nor destroyed. The amount of matter on the reactants must be equal to that of the products.
32 g because when combined you will end up with the difference of the reactants for your final product amount. This is shown by the law