Answer:
8
Step-by-step explanation:
If you were given the equation f ( x ) = 3x⁵+6x, what behavior would the ends of the graph have?
1 answer:
The function given in the problem is a Polynomial Function of degree 5. These functions have the following form: f(x)=ax^5+bx^4+c^3+d^2+ex+f. They have an R domain and their graphs are continuous curves.
You can know the behavior of the function f(x)=3x⁵+6x by given values to the variable x and plot each point obtained. For example:
If x=-1⇒ f(-1)=3(-1)⁵+6(-1)=9
If x=0⇒ f(0)==3(0)⁵+6(0)=0
If x=1⇒ f(1)=3(1)⁵+6(1)=9
Therefore, as you can see in the graph attached, <span>the correct answer is:
c. The left end will start down at a large negative and the right end will go upwards.</span>
You can know the behavior of the function f(x)=3x⁵+6x by given values to the variable x and plot each point obtained. For example:
If x=-1⇒ f(-1)=3(-1)⁵+6(-1)=9
If x=0⇒ f(0)==3(0)⁵+6(0)=0
If x=1⇒ f(1)=3(1)⁵+6(1)=9
Therefore, as you can see in the graph attached, <span>the correct answer is:
c. The left end will start down at a large negative and the right end will go upwards.</span>
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Answer:
The replacing the grass will cost Mr. Ishimoto $14.00.
Step-by-step explanation:
The area of a rectangular field is:
It is provided that Mr. Ishimoto needs to replace the grass in the section of his lawn.
The grass section can be broken into 2 rectangles.
First rectangle: Base = 7 feet and Height = 3 feet.
Second rectangle: Base = 2 feet and Height = 7 feet.
Compute the area of both the rectangles as follows:
Now the cost of the new grass is $0.40 per square foot.
Compute the cost of replacing the grass in the first rectangular section as follows:
Compute the cost of replacing the grass in the second rectangular section as follows:
The total cost of replacing the grass is:
Thus, the replacing the grass will cost Mr. Ishimoto $14.00.