QuestionJuly 18, 2025

The Collision Theory Model describes the following The effects of adding a catalyst Criteria necessary for a reaction to take place How instantaneous a reaction is The relationship between orientation and temperature of reactants

The Collision Theory Model describes the following The effects of adding a catalyst Criteria necessary for a reaction to take place How instantaneous a reaction is The relationship between orientation and temperature of reactants
The Collision Theory Model describes the following
The effects of adding a catalyst
Criteria necessary for a reaction to take place
How instantaneous a reaction is
The relationship between orientation and temperature of reactants

Solution
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Answer

The Collision Theory Model explains that a catalyst lowers activation energy, reactions require sufficient energy and correct orientation, reaction speed depends on collision frequency and energy, and higher temperatures improve collision effectiveness. Explanation 1. Effects of Adding a Catalyst A catalyst lowers the activation energy, increasing the rate of reaction by providing an alternative pathway. 2. Criteria Necessary for a Reaction to Take Place Particles must collide with sufficient energy (activation energy) and proper orientation. 3. How Instantaneous a Reaction Is The frequency and energy of collisions determine how quickly a reaction occurs. 4. Relationship Between Orientation and Temperature of Reactants Higher temperatures increase kinetic energy, leading to more effective collisions with correct orientation.

Explanation

1. Effects of Adding a Catalyst<br /> A catalyst lowers the activation energy, increasing the rate of reaction by providing an alternative pathway.<br /><br />2. Criteria Necessary for a Reaction to Take Place<br /> Particles must collide with sufficient energy (activation energy) and proper orientation.<br /><br />3. How Instantaneous a Reaction Is<br /> The frequency and energy of collisions determine how quickly a reaction occurs.<br /><br />4. Relationship Between Orientation and Temperature of Reactants<br /> Higher temperatures increase kinetic energy, leading to more effective collisions with correct orientation.
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