We can solve this question in the following way. Looking at the graph, we see that F(x) is shifted from one unit to the right, and it is represented by | x - 1|. Then, we can multiply this result by 4 to have the final graph, since the graph is not inverted.
Therefore, the answer to this question is F(x) = 4 * | x - 1 |.
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Okay well for example--if the radius was 6 and the height was 12 the volume would be 1357.17, and if you multiply those by 1/3 which is the same as dividing it by 3, then you would have a radius off 2 and a height of 4, and the volume of that is 50.27, sooooooooo well the volume of the cylinder would decrease by like 26 to 27 times.
Answer:
y = 0
Step-by-step explanation:
The midline is y = 0, because the greatest value (crest) is at y = 1, and the lowest value is y = -1, which, when you average it out, is 0. This makes the midline y = 0
Please refer to the figure attached for the diagram of this problem.
Steps needed to find the width of the field (CD):
First, we should note that angle d would be equal to 27 degrees because there are two parallel lines that are cut by a transversal. Furthermore, angle a would be equal to 5 degrees since we just need to subtract 27 from 32.
We then subtract 27 and 5 from 180 to get angle c.

. Angle c is therefore 148 degrees.
Next, we need to find angle e which is just the supplementary of angle c. Angle e therefore measures

degrees.
For the next step we use sine law to find the length of segment AC:


Lastly, we need to utilize the sine law again to find the length of segment CD or the width of the field:

ANSWER: The width of the field is 290 ft.
Answer: 51% were males
Which means that there were 1% more males than females = 34 more males than Females
Step-by-step explanation:
100%-49%=51%
51%-49%=1%
1700x49%=833 females
1700x51%=867 males
867 Males -833 Females = 34 more Males