Please the explanation of this question on how to graph a <em>sinusoidal</em> function for further information about the graph of the <em>resulting</em> expression.
<h3>How to graph a sinusoidal function </h3>
<em>Sinusoidal</em> functions have a period of 2π and represent a kind of <em>symmetical bounded</em> functions. In this case, the given expression have a period of 6π and is <em>bounded</em> between -5 and 1.
The procedure to graph the given expression is summarized below:
- Construct an <em>horizontal</em> axis from 0 to 6π.
- Construct a <em>vertical</em> axis that goes through the <em>horizontal</em> axis and is <em>bounded</em> between -5 and 1.
- Evaluate the function for x-values with equal intervals.
- Add the resulting points to the graph and match all the points in-between by following the +x semiaxis.
Lastly, we present the outcome derived from the given procedure in the image attached below.
To learn more on sinusoidal function, we kindly invite to check this verified question: brainly.com/question/12060967
Answer:
A. g(x) = -
- 4
Step-by-step explanation:
f(x) is flipped, so
becomes -
.
After being flipped, the graph is move down 4 units.
Therefore, g(x) = -
- 4
Answer:
Charles wanted to buy a new guitar, so Charles saved his money for three months
Answer:
the circumference equation is 2pi r and the circumference for this problem is 3pi so that would mean that the radius is 1.5
with that info, we can find out the area of the circle which is pi r squared.
1.5*1.5=2.25
AREA=2.25pi