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Reaction A (above) starts as

calculate the half-life of a first- order reaction if the concentration of the reactant is 0.0396 M at 12 seconds after the
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2. asked by saud
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calculate the half-life of a first- order reaction if the concentration of the reactant is 0.0396 M at 12 seconds after the
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2. asked by saud
3. 651 views
Calculate the half-life (in s) of a first-order reaction if the concentration of the reactant is 0.0655 M 18.4 s after the
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2. asked by Anonymous
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The half-life of a reaction was found to be inversely dependent on the concentration of the starting material. Thus, we can say
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2. asked by elvis
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The half-life of a reaction was found to be inversely dependent on the concentration of the starting material. Thus, we can say
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2. asked by elvis
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The half-life of a reaction was found to be inversely dependent on the concentration of the starting material. Thus, we can say
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2. asked by elvis
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8. The half-life of a reaction was found to be inversely dependent on the concentration of the starting material. Thus, we can
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2. asked by Hannah
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Reaction A (attached) starts as an orange solution in equilibrium. If SCN- is ADDED to the mixture, what color is the solution
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A reaction A<-->B starts with equal concentration of A and B. AT equilibrium, there is twice as much B as A. What was the value
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2. asked by Jennifer
3. 464 views
A reaction A<-->B starts with equal concentration of A and B. AT equilibrium, there is twice as much B as A. What was the value
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2. asked by Jennifer
3. 462 views