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2 cards from this section. Quick, good the night before a test.
Define the Isolation Method in your own words.
Think about simplifying complex expressions or equations in mathematics.
What do we assume about the concentration of the excess reactant while using the Isolation Method?
Consider how holding a value constant affects equations.
What does the Isolation Method assume about one of the reactants?
Consider the definition of 'constant' in scientific terms.
True or False: The Isolation Method is only applicable to reactions in gas phase.
Think about different types of reactions including in liquids or solids.
A reaction A + 2B → Products is monitored. If B initially is 5M and we observe k′ = 0.1 min^-1, find the rate constant k assuming A's concentration diminishes during the reaction. How would you validate that B's concentration remains effectively constant throughout?
Solve with consideration to how different orders affect k and validate through concentration checks.
If the concentration of A doubled in a reaction where B was in excess, discuss how the overall reaction rate changes in terms of the reaction order with respect to A. Provide a detailed explanation for your answer.
Think about how reaction orders significantly change calculations in kinetics.
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