| Topic |
Text Ref. |
| CHAPTER 6 |
|
| - Understand the concept of energy and its units of measurement. |
6.2 |
| - Know the definition of internal energy and its relationship to heat and work |
6.3 |
| - Determine change in internal energy (
) based on heat flow between system and surroundings |
6.3 |
| - Assign proper sign for heat, work and
based on information provided |
6.3 |
| - Calculate
from values of heat and work given |
6.3 |
| - Calculate heat absorbed or released by a system from mass, specific heat and
|
6.4 |
| - Distinguish between heat capacity, molar heat capacity and specific heat and their relationship to amount of heat. |
6.4 |
| - Solve problems involving heat transfer between two objects or substances |
6.4 |
| - Calculate pressure-volume work from given data |
6.4 |
| - Know the characteristics of a bomb calorimeter |
6.5 |
| - Calculate
for experiments using bomb calorimeter |
6.5 |
| - Differentiate between enthalpy (
) and
|
6.6 |
| - Use thermochemical equations to calculate the amount of heat in a reaction. |
6.6 |
| - Calculate
for experiments using coffee-cup calorimeter |
6.7 |
| - Use Hess's Law to calculate heat of reaction for a reaction composed of several steps. |
6.8 |
| - Calculate enthalpy of reaction from standard enthalpies of formation. |
6.9 |
| CHAPTER 7 |
|
| - Know the wave nature of light and what its wavelength and amplitude represent |
7.2 |
| - Know the relationship between frequency and wavelength of a wave and calculate one based on the other |
7.2 |
| - Rank radiation in the electromagnetic spectrum (Fig. 7.5) based on frequency, wavelength or energy |
7.2 |
| - Know what wave interference is and distinguish between constructive and destructive interference |
7.2 |
| - Know what diffraction of waves is caused by and how it appears in two slits. |
7.2 |
| - Understand the quantized nature of light (photons) and calculate its energy from wavelength or frequency |
7.2 |
| - Describe photoelectric effect and explain how Einstein's photon theory explains it |
7.2 |
| - Determine if photoelectrons are produced given threshold frequency and wavelength of light |
7.2 |
| - Distinguish between atomic emission spectrum and white light spectrum |
7.3 |
| - Use Bohr's model to explain how atomic emission spectrum is produced |
7.3 |
| - Use Rydberg's equation to calculate the wavelength of light given by transition of electrons between energy levels |
7.3 |
| - Describe observations that led to proposal by de Broglie that matter has wave properties |
7.4 |
| - Calculate de Broglie wavelength for objects from given data |
7.4 |
| - Explain how Heisenberg uncertainty principle affects the determination of position and velocity of electrons |
7.4 |
| - Identify contribution of each scientist to the development of the quantum theory |
Notes |
| - Know what electron orbitals are, and the 3 quantum numbers describing them |
7.5 |
| - Know what each quantum number represents and their allowed values |
7.5 |
| - Assign proper quantum numbers for each orbital in the first 6 energy levels |
7.5 |