#### The graph is shown in Figure 2. All **exponential functions**, f ( x) = b x, b > 0, b ≠ **1**, will contain the ordered pair (0, **1**), since b 0 = **1** for all b ≠ 0. **Exponential functions** with b > **1** will have a basic shape like that in the graph shown in Figure **1**, and **exponential functions** with b < **1** will have a basic shape like that of Figure 2.. The graph of x = b y is called the inverse of the. **1** in 5 students use IXL. for academic help and enrichment. Pre-K through 12th grade. Sign up now. Keep exploring. About the Lesson. This lesson involves investigating how the graph of an **exponential function** changes when 0 < b <**1**, b = **1**, or b >**1**. As a result, students will: Graph an **exponential function**. Describe the domain, range, and y -intercept of the **exponential function**. A guided lesson video (optional) is also available for this activity.

**Algebra 1**Unit 11: Comparing

**Functions Practice**4. A colony of bacteria grows exponentially. The table below shows the data collected daily. a. Write an

**exponential**regression equation for the data, rounding all values to the hundredths place. b. Vocabulary

**Algebra 1 Practice**Study PDF Hints: The first definition is the correct definition. The words at the top of the list are most relevant. ... 35

**Exponential Functions**Page 107-108 NOTES, PROBLEMS, VIDEO SOLUTIONS, VIDEO. For any

**exponential function**with the general form f ( x) = a b x, the domain is the set of all real numbers. That is, we have: – ∞ < x < ∞. For any

**exponential function**with the general form f ( x) = a b x, the range is the set of all real numbers above or below the horizontal asymptote, y = d. The range does not include the value of the.