Section 6.4 - Exponential Growth and Decay
Essential Question(s):
What are separable differential equations and how are they applied?
What are separable differential equations and how are they applied?
Follow these three steps to complete the notes for the lesson.
STEP 1: Preparation
Title your spiral with the heading above and copy the essential question(s).
Title your spiral with the heading above and copy the essential question(s).
STEP 2: Vocabulary & Examples
Answer the follow questions. They address examples, vocabulary, rules, theorems, corollaries, procedures, and/or postulates. Following a Cornell notes format, the questions should be written in the left-hand column and with the answers to the right of the question. Make sure to write enough to answer the question.
Answer the follow questions. They address examples, vocabulary, rules, theorems, corollaries, procedures, and/or postulates. Following a Cornell notes format, the questions should be written in the left-hand column and with the answers to the right of the question. Make sure to write enough to answer the question.
Separable Differential Equations
Law of Exponential Change - OPTIONAL
Continuously Compounded Interest - OPTIONAL
Radioactivity - OPTIONAL
Modeling Growth with Other Bases - OPTIONAL
Newton's Law of Cooling - OPTIONAL
- What are separable differential equations?
Law of Exponential Change - OPTIONAL
- What is the law of exponential change?
Continuously Compounded Interest - OPTIONAL
- What is compound interest and continuously compounded interest?
Radioactivity - OPTIONAL
- What is radioactive decay, radioactive, and half-life?
Modeling Growth with Other Bases - OPTIONAL
- How does the base impact the coefficient on the power?
- What is Carbon-14 dating? (side bar)
Newton's Law of Cooling - OPTIONAL
- What is Newton's Law of Cooling?
STEP 3: Reading
If time permits, then reread the lesson and take any extra notes as needed.
If time permits, then reread the lesson and take any extra notes as needed.
