Perfect Squares and ICE Table Equilibrium Calculations

What does the 'I' in the ICE method stand for?

• Isothermal process

• Incremental change

• Intermediate concentration

• Initial concentration

In the ICE method, how are reactants typically represented during the change stage?

• With a positive sign

• With a negative sign

• With a zero

• With a coefficient

What is the first step in creating an ICE table?

• Determining the initial quantities

• Balancing the chemical equation

• Writing the equilibrium expression

• Calculating the reaction quotient

What is the initial concentration of CO in the example problem?

• 0.20 M

• 0.10 M

• 0.30 M

• 0.40 M

How is the change in concentration of reactants denoted in the ICE table?

• As a negative value

• As a positive value

• As a constant value

• As a variable with a coefficient

What is the equilibrium concentration of CO2 in the example problem?

• 0.20 M

• 0.48 M

• 0.095 M

• 0.10 M

What is the value of the equilibrium constant (K) given in the example problem?

• 1.20

• 0.50

• 1.00

• 0.83

How do you simplify the expression when you have repeating operations in the ICE table?

• By dividing them

• By adding them

• By subtracting them

• By squaring them

What is the final equilibrium concentration of H2 in moles?

• 0.48 moles

• 0.52 moles

• 0.10 moles

• 0.20 moles

Why is it important to verify the equilibrium concentrations?

• To determine the initial quantities

• To check if the system is at equilibrium

• To confirm the balanced equation

• To ensure the reaction has not started