3. a) What do you understand by the specific heat capacity of a substance? b) A lump of pure ice of mass 20 g and at a temperature of 0.0 °C is dropped into a well-insulated calorimeter (of negligible specific heat capacity) containing 210 g of alcohol at a temperature of 23.0 °C. After stirring properly, the mixture attains an equilibrium temperature of 8.4 °C. (i) State one similarity between the molecular properties of ice and alcohol (liquid).
3. a) What do you understand by the specific heat capacity of a substance? b) A lump of pure ice of mass 20 g and at a temperature of 0.0 °C is dropped into a well-insulated calorimeter (of negligible specific heat capacity) containing 210 g of alcohol at a temperature of 23.0 °C. After stirring properly, the mixture attains an equilibrium temperature of 8.4 °C. (i) State one similarity between the molecular properties of ice and alcohol (liquid).
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Answer question 3 showing fully all the steps. Solution should be simplified and easy to understand as much as possible!
![3. a) What do you understand by the specific heat capacity of a substance?
b) A lump of pure ice of mass 20 g and at a temperature of 0.0 °C is dropped into a well-insulated
calorimeter (of negligible specific heat capacity) containing 210 g of alcohol at a temperature of 23.0 °C.
After stirring properly, the mixture attains an equilibrium temperature of 8.4 °C.
(i) State one similarity between the molecular properties of ice and alcohol (liquid).
(ii) Determine the specific heat capacity of the alcohol.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe4957fe4-4c01-40d3-938e-f3efa5fe6d1c%2F3e2fe452-e5a4-4471-a787-e3d478c001dd%2F48difbk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3. a) What do you understand by the specific heat capacity of a substance?
b) A lump of pure ice of mass 20 g and at a temperature of 0.0 °C is dropped into a well-insulated
calorimeter (of negligible specific heat capacity) containing 210 g of alcohol at a temperature of 23.0 °C.
After stirring properly, the mixture attains an equilibrium temperature of 8.4 °C.
(i) State one similarity between the molecular properties of ice and alcohol (liquid).
(ii) Determine the specific heat capacity of the alcohol.
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