SOLUTION: Describe the transformation for this problem. There may be more than one(max you can have with only changes to a and d are three). Given f(x) = x, describe the transformation for

Algebra.Com
Question 1199722: Describe the transformation for this problem. There may be more than one(max you can have with only changes to a and d are three).
Given f(x) = x, describe the transformation for g(x) = -2 • f(x) - 1.

Answer by textot(100)   (Show Source): You can put this solution on YOUR website!
**1. Vertical Stretch/Compression:**
* **-2 * f(x):** This part of the transformation vertically stretches the graph of f(x) by a factor of 2. The negative sign reflects the graph across the x-axis.
**2. Vertical Shift:**
* **-2 * f(x) - 1:** This part of the transformation shifts the graph of -2 * f(x) vertically downward by 1 unit.
**In summary:**
The graph of g(x) = -2 * f(x) - 1 is obtained from the graph of f(x) by:
1. **Vertically stretching** the graph by a factor of 2.
2. **Reflecting** the graph across the x-axis.
3. **Shifting** the graph 1 unit downward.

RELATED QUESTIONS

Describe the transformation for this problem. There may be more than one(max you can have (answered by ikleyn)
Describe the transformation for this problem. There may be more than one(max you can have (answered by ikleyn)
Describe the transformation for this problem. There may be more than one(max you can have (answered by ikleyn)
my question is this: if there is a set cost of 2500.00 and it costs 3.00 per animal how (answered by stanbon,mananth)
This is a factoring problem with that may of may not have more than one solution. I need... (answered by Nate)
In this assignment, you examine a practical procedure used in computer-aided design and... (answered by solver91311)
Based on my previous questions and the answer provided: ``Hello I have a question... (answered by Mathtut)
more help needed: Outside a home, there is an 8-keypad with letters, A,B,C,D,E,G,F,G... (answered by richard1234)
Hello out there,I need help with only one problem that gives me different... (answered by Nate)