Given the graph and the table of functions, f(x) and g(x), the following <em>evaluated</em>:
a. f(0) = 9
b. g(2) = -3
c. f(-1) = 5
Given the functions, f(x) and g(x), the following can be <em>evaluated</em>:
<em><u>a. Find f(0):</u></em>
Using the table given, what we need to determine is the of the output, f(0) that an input value, x = 0, will give.
- From the table, we see that when x = 0, f(x) =9.
<em>Therefore,</em>
f(0) = 9
<em><u>b. Find g(2):</u></em>
From the graph, find the corresponding value of g(x) that corresponds with x = 2.
- From the graph, when x = 0, g(x) = -3
<em>Therefore,</em>
g(2) = -3
<em><u>c. Find f(-1):</u></em>
From the table, find the corresponding value of f(x) that corresponds with x = -1.
- From the table, when x = -1, f(x) = 5
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<em>Therefore,</em>
f(-1) = 5
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The location of the sensor that it is opposite the direction of the wind is reasonable and is needed to identify the plant's emissions. However, there might be a bias to that if it is located a mile from the plant's smokestack. The distance may be quite far. Considerations in identifying the location of the sensors such as changes in wind direction, wind speed, atmospheric stability, physical stack height, diameter, and other important factors are needed to have an accurate reading of the pollutants.
You need to use the steps of a^2+b^2=c^2
A and B are the legs. C is the hypotenuse.
If we follow that through, we find the answer is 20.
Answer:
-27
Step-by-step explanation:
-3(7+2)
-3(9)
-27
Answer:
300
Step-by-step explanation:
I think its 300 but if I'm wrong then XD I Don't know