Calorimetry Quiz

What are the two types of calorimeters mentioned in the text?

• Water and Solution

• Simple and Complex

• Heat and Temperature

• Coffee Cup and Bomb

What is the first rule mentioned for solving calorimetry problems?

• Always skip reading the question

• Always read the question truly

• Never analyze the information given

• Identify the formula randomly

If the mass of the calorimeter is given along with the specific heat capacity of the calorimeter, what is the surrounding according to the text?

• Calorimeter only

• Water only

• Calorimeter and Water

• Solution only

What is the formula for calculating the heat released by the reaction when the mass of water is given?

• Heat released = Heat absorbed by calorimeter only

• Heat released = Mass of solution x Specific heat capacity of solution x Delta T

• Heat released = Mass of water x Specific heat capacity of water x Delta T

• Heat released = Heat absorbed by solution + Heat absorbed by calorimeter

In the given example, what is the formula used to calculate the heat released by the reaction in an aluminum calorimeter surrounded by water?

• Heat released = Heat absorbed by water + Heat absorbed by calorimeter

• Heat released = Heat absorbed by solution + Heat absorbed by calorimeter

• Heat released = Heat capacity x Delta T

• Heat released = Mass of solution x Specific heat capacity of solution x Delta T

What is the formula for calculating the heat released by the reaction when the mass of the solution is given?

• Heat released = Mass of solution x Specific heat capacity of solution x Delta T

• Heat released = Heat absorbed by solution + Heat absorbed by calorimeter

• Heat released = Heat absorbed by calorimeter only

• Heat released = Mass of water x Specific heat capacity of water x Delta T

If the mass of the calorimeter is not given and the heat capacity of the calorimeter is also not given, what is the surrounding according to the text?

• Water only

• Calorimeter only

• Calorimeter and Water

• Solution only

What is the formula for calculating the heat released by the reaction when the specific heat capacity of the solution is given and the mass of the solution is also given?

• Heat released = Heat absorbed by solution + Heat absorbed by calorimeter

• Heat released = Mass of solution x Specific heat capacity of solution x Delta T

• Heat released = Mass of water x Specific heat capacity of water x Delta T

• Heat released = Heat absorbed by calorimeter only