Tuesday
- to be able to solve Redox problems
Wednesday
- To show how to predict the order of electrolysis of the components of a mixture.
- To discuss the manufacture of aluminum, the chlor-alkali process, and other industrial applications of electrolysis.
Thursday
- To quantify how to calculate the relationship between cell potential and cell concentration.
Friday
- To quantify how to calculate the relationship between cell potential and cell concentration.
Tuesday
- Given the concept of standard temperature and pressure, you will be able to apply these values in a gas problem correctly.
Wednesday
- Given the concept of Boyle’s law, you will be able to solve problems involving the law and prove by solving practice problems correctly.
Thursday
- Given the concept of Boyle’s law, you will be able to solve problems involving the law and prove by solving practice problems correctly.
Friday
- Given the concept of the ideal gas law, you will be able calculate pressure, volume, temperature, or amount of gas when the other three quantities are known.
Tuesday
- The student will be able to describe examples of how animals have adapted to life on land.
Wednesday
- To determine how the physiology of other vertebrates differs from human and mammal physiology.
Thursday
- To determine how the physiology of other vertebrates differs from human and mammal physiology.
Friday
- To determine how the physiology of other vertebrates differs from human and mammal physiology.
Tuesday
- submit Redox problem set
Wednesday
- Notes: Electrolysis
- Read pages 816-826
Thursday
- Do Electrochemistry problem set; do practice problems page 316 #s 1 & 2, page 317 #s 5 & 6, page 320 #s 1 & 2, and Additional problems #s 1-4, 11, & 12; this is not for submission
Friday
- Complete Electrochemistry problem set; do practice problems page 316 #s 1 & 2, page 317 #s 5 & 6, page 320 #s 1 & 2, and Additional problems #s 1-4, 11, & 12; this is not for submission
Tuesday
- Notes: Standard temperature and pressure
- Notes: Temperatures and gases
Wednesday
- Notes: Gas Laws
- Read 369-372
- Do Practice problems #1 page 370 and #s 1 & 2 page 372
Thursday
- Correct Practice problems #1 page 370 and #s 1 & 2 page 372
- Notes: Gas Laws
- Do 1-6 page 375
Friday
- Correct 1-6 page 375
- Do Gas law problem set #1: do practice problems page 149, 153, 161 and Additional problems #s 1-5 page 167. This is for practice only, not submission
Monday
- See AP Biology Course and Exam Description Units 1-6
Tuesday
- The student is able to describe illustrative examples of the transitions that plants have made to adapt to life on land.
- The student is able to describe the functions of roots, stems, and leaves in the transport of materials through the plant body
Wednesday
- The student is able to describe illustrative examples of the transitions that plants have made to adapt to life on land.
- The student is able to describe the functions of roots, stems, and leaves in the transport of materials through the plant body
Thursday
- The student will be able to describe examples of how animals have adapted to life on land.
Friday
- see quiz topics
- The student will be able to describe examples of how animals have adapted to life on land.