Chemical equilibrium #2

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Given the following system at equilibrium:
The addition of Cl^- ions will cause the concentration of Ag⁺(aq) to

Decrease as the amount of AgCl(s) decreases

Decrease as the amount of AgCl(s) increases

Increase as the amount of AgCl(s) decreases

Increase as the amount of AgCl(s) increases

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Given the following system at equilibrium:
Increasing the concentration of N₂(g) will increase the forward reaction rate due to:

A decrease in the number of effective collisions

An increase in the number of effective collisions

A decrease in the activation energy

An increase in the activation energy

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Consider this system at equilibrium:
What colour could the gas mixture possibly be at equilibrium?

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The solution turns colourless

The solution turns more pink

The solution turns more blue

No colour change occurs

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What disturbance was made at 8 minutes?

SO₃ was added into the system

SO₂ was added into the system

SO₃ was removed from the system

SO₂ was removed from the system

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What disturbance was made at 15 minutes?

SO₃ was added into the system

SO₃ was removed from the system

Temperature was increased

Temperature was decreased

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Which reaction was favoured at 15 minutes?

Forward reaction

Reverse reaction

Chemical equilibrium #2

Given the following system at equilibrium:The addition of Cl- ions will cause the concentration of Ag+(aq) to

Given the following system at equilibrium:Increasing the concentration of N2(g) will increase the forward reaction rate due to:

Consider this system at equilibrium:What colour could the gas mixture possibly be at equilibrium?

What disturbance was made at 8 minutes?

What disturbance was made at 15 minutes?

Which reaction was favoured at 15 minutes?

Given the following system at equilibrium:The addition of Cl- ions will cause the concentration of Ag+(aq) to

Given the following system at equilibrium:Increasing the concentration of N2(g) will increase the forward reaction rate due to:

Consider this system at equilibrium:What colour could the gas mixture possibly be at equilibrium?

What disturbance was made at 8 minutes?

What disturbance was made at 15 minutes?

Which reaction was favoured at 15 minutes?

Given the following system at equilibrium:
The addition of Cl^- ions will cause the concentration of Ag⁺(aq) to

Given the following system at equilibrium:
Increasing the concentration of N₂(g) will increase the forward reaction rate due to:

Consider this system at equilibrium:
What colour could the gas mixture possibly be at equilibrium?

Given the following system at equilibrium:
The addition of Cl^- ions will cause the concentration of Ag⁺(aq) to

Given the following system at equilibrium:
Increasing the concentration of N₂(g) will increase the forward reaction rate due to:

Consider this system at equilibrium:
What colour could the gas mixture possibly be at equilibrium?