Investigating Reaction Rates: True or False

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Test your understanding of reaction rates.

Creada por

Ola Adnan

Arabia Saudí

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Investigating Reaction Rates: True or FalseVersión en línea Test your understanding of reaction rates. por Ola Adnan 1 Increasing temperature has no effect on reaction rate. Yes No 2 The rate law is independent of the rate constant k. Yes No 3 The rate law relates reactant concentrations to the reaction rate. Yes No 4 A catalyst changes the position of chemical equilibrium. Yes No 5 Increasing temperature generally increases reaction rate due to higher kinetic energy. Yes No 6 Collision theory suggests that effective collisions require sufficient energy and proper orientation. Yes No 7 Doubling the concentration always doubles the reaction rate. Yes No 8 The reaction rate is the same with or without stirring. Yes No 9 A catalyst speeds up a reaction without being consumed. Yes No 10 The rate of a reaction can be measured by the change in concentration of a reactant over time. Yes No

Investigating Reaction Rates: True or FalseVersión en línea

Test your understanding of reaction rates.

por Ola Adnan

Increasing temperature has no effect on reaction rate.

Yes

The rate law is independent of the rate constant k.

Yes

The rate law relates reactant concentrations to the reaction rate.

Yes

A catalyst changes the position of chemical equilibrium.

Yes

Increasing temperature generally increases reaction rate due to higher kinetic energy.

Yes

Collision theory suggests that effective collisions require sufficient energy and proper orientation.

Yes

Doubling the concentration always doubles the reaction rate.

Yes

The reaction rate is the same with or without stirring.

Yes

A catalyst speeds up a reaction without being consumed.

Yes

The rate of a reaction can be measured by the change in concentration of a reactant over time.

Yes

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Investigating Reaction Rates: True or False

Sí o No

Sobre esta actividad

Creada por

Descarga la versión para jugar en papel

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Investigating Reaction Rates: True or FalseVersión en línea

por Ola Adnan

Increasing temperature has no effect on reaction rate.

The rate law is independent of the rate constant k.

The rate law relates reactant concentrations to the reaction rate.

A catalyst changes the position of chemical equilibrium.

Increasing temperature generally increases reaction rate due to higher kinetic energy.

Collision theory suggests that effective collisions require sufficient energy and proper orientation.

Doubling the concentration always doubles the reaction rate.

The reaction rate is the same with or without stirring.

A catalyst speeds up a reaction without being consumed.

The rate of a reaction can be measured by the change in concentration of a reactant over time.

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