Complete the following questions before our next class.
Exercise 5H questions 1 and 2
12 SL: Relationships Between Lines
Complete the following questions before our next class.
Exercise 13F questions 3 and 4
Exercise 13G questions 1def
12 SL: Applications of Vector Equations of Lines
Complete the following questions before our next class.
Exercise 13D questions 3–8
11 HL: The Complex Conjugate
Complete the following questions before our next class.
Exercise 4E questions 1–6, 8
12 SL: Angles Between Lines
Complete the following questions before our next class.
Exercise 13C questions 1–4, 5ab
11 HL: Introduction to Complex Numbers
Complete the following questions before our next class. You should also read the textbook material in Chapter 4. (Note that all questions here are from the green book, and when you see homework assigned you can assume it’s from the green book, unless I’ve indicated otherwise.)
Exercise 4A questions 2–4
Exercise 4B questions 1–4, 5ab, 6ad
Exercise 4C questions 1, 3, 7
Exercise 4D questions 1, 5
12 SL: Distance from a Point to a Line
Try to complete the following question before our next class.
Find the shortest distance from the point \(A(1,3)\) to the line \(\displaystyle{\vec{r}=\begin{bmatrix}4\\2\end{bmatrix}+\lambda \begin{bmatrix}4\\1\end{bmatrix}}\).
11 HL: The Remainder and Factor Theorems
Complete the following questions before our next class.
Exercise 5F questions 2, 4, and 5, 8, 10, 11
Exercise 5G questions 1, 3–5, 8
11 HL: Polynomial Division
Complete the following questions before our next class.
Exercise 5D questions 1 and 4
Exercise 5E.1 questions 2aef, 4
Exercise 5E.2 question 2
12 SL: Vector Equations of Lines
Complete the following questions before our next class. Note that some questions involve the parametric form of a vector equation, which you’ll want to read about on page 323 in the textbook. (The parametric form is very similar to the vector form.)
Exercise 13B questions 1–5