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1.Use the graph below to explain why reactant size and the rate of reaction is considered an inverse relationship. (i cannot at...Asked by heyo ❄
1.Use the graph below to explain why reactant size and the rate of reaction is considered an inverse relationship.
(i cannot attach pictures so i will describe the graph)
the graph shows a line that goes in a downward slope, the y xis title says: "rate of carbon dioxide production", and the x axis says "size of marble chips"
My answer:
because if you increase the size of the particle, the reactant rate decreases because it takes more time to dissolve something big than it takes to dissolve something small.
(i cannot attach pictures so i will describe the graph)
the graph shows a line that goes in a downward slope, the y xis title says: "rate of carbon dioxide production", and the x axis says "size of marble chips"
My answer:
because if you increase the size of the particle, the reactant rate decreases because it takes more time to dissolve something big than it takes to dissolve something small.