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How does a catalyst affect the rate of reaction?
Transition state (It is when the atoms have reached the highest energy. It only lasts a very short time. )
While the substance is changing the temperature remains constant
It is the amount of heat needed to increase the temperature of an object exactly 10C. Heat capacity depends on both mass and
A measure of the amount of heat an object has
More reactant will cause the equilibrium to shift toward the product
In any chemical or physical process energy is neither created nor destroyed.
Energy that is transferred between objects, represented by the letter q
Catalysts increases the activation barrier making it easier for the atoms to reach the activation point.
What is the Law of conservation of energy?
Transition state (It is when the atoms have reached the highest energy. It only lasts a very short time. )
While the substance is changing the temperature remains constant
It is the amount of heat needed to increase the temperature of an object exactly 10C. Heat capacity depends on both mass and
A measure of the amount of heat an object has
More reactant will cause the equilibrium to shift toward the product
In any chemical or physical process energy is neither created nor destroyed.
Energy that is transferred between objects, represented by the letter q
Catalysts increases the activation barrier making it easier for the atoms to reach the activation point.
What is temperature?
Transition state (It is when the atoms have reached the highest energy. It only lasts a very short time. )
While the substance is changing the temperature remains constant
It is the amount of heat needed to increase the temperature of an object exactly 10C. Heat capacity depends on both mass and
A measure of the amount of heat an object has
More reactant will cause the equilibrium to shift toward the product
In any chemical or physical process energy is neither created nor destroyed.
Energy that is transferred between objects, represented by the letter q
Catalysts increases the activation barrier making it easier for the atoms to reach the activation point.
What is the activated complex?
Transition state (It is when the atoms have reached the highest energy. It only lasts a very short time. )
While the substance is changing the temperature remains constant
It is the amount of heat needed to increase the temperature of an object exactly 10C. Heat capacity depends on both mass and
A measure of the amount of heat an object has
More reactant will cause the equilibrium to shift toward the product
In any chemical or physical process energy is neither created nor destroyed.
Energy that is transferred between objects, represented by the letter q
Catalysts increases the activation barrier making it easier for the atoms to reach the activation point.
What is heat capacity?
Transition state (It is when the atoms have reached the highest energy. It only lasts a very short time. )
While the substance is changing the temperature remains constant
It is the amount of heat needed to increase the temperature of an object exactly 10C. Heat capacity depends on both mass and
A measure of the amount of heat an object has
More reactant will cause the equilibrium to shift toward the product
In any chemical or physical process energy is neither created nor destroyed.
Energy that is transferred between objects, represented by the letter q
Catalysts increases the activation barrier making it easier for the atoms to reach the activation point.
What is heat?
Transition state (It is when the atoms have reached the highest energy. It only lasts a very short time. )
While the substance is changing the temperature remains constant
It is the amount of heat needed to increase the temperature of an object exactly 10C. Heat capacity depends on both mass and
A measure of the amount of heat an object has
More reactant will cause the equilibrium to shift toward the product
In any chemical or physical process energy is neither created nor destroyed.
Energy that is transferred between objects, represented by the letter q
Catalysts increases the activation barrier making it easier for the atoms to reach the activation point.
What happens to temperature during a change of state?
Transition state (It is when the atoms have reached the highest energy. It only lasts a very short time. )
While the substance is changing the temperature remains constant
It is the amount of heat needed to increase the temperature of an object exactly 10C. Heat capacity depends on both mass and
A measure of the amount of heat an object has
More reactant will cause the equilibrium to shift toward the product
In any chemical or physical process energy is neither created nor destroyed.
Energy that is transferred between objects, represented by the letter q
Catalysts increases the activation barrier making it easier for the atoms to reach the activation point.
When a reaction is at equilibrium what happens when more reactant is added?
Transition state (It is when the atoms have reached the highest energy. It only lasts a very short time. )
While the substance is changing the temperature remains constant
It is the amount of heat needed to increase the temperature of an object exactly 10C. Heat capacity depends on both mass and
A measure of the amount of heat an object has
More reactant will cause the equilibrium to shift toward the product
In any chemical or physical process energy is neither created nor destroyed.
Energy that is transferred between objects, represented by the letter q
Catalysts increases the activation barrier making it easier for the atoms to reach the activation point.
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