D. As the x-values go to negative infinity, the function's values go to positive infinity.
Step-by-step explanation:
In the diagram you notice as the values of x increase to the far negative value, the function's output values increase to positive infinity.
For example at ;
x=-2, f(x)=0
x=-3, f(x)= 16
x= -4, f(x)= >64
This shows that as x values approach -∞, f(x) approach +∞
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Behavior of a function:brainly.com/question/12052868
Keywords :statement, true,end behavior, graph, function
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Transformation that changes the size of a shape is referred to as dilation.
- The scale factor that moves the large triangle to the small one is 1/5
- The center of dilation is: (-1,1)
<u>The center of dilation</u>
From the diagram (see attachment), the triangles share a common vertex at (-1,1)
This means that, the center of dilation is (-1,1)
<u>The scale factor of dilation</u>
To do this, we divide the side length of the small triangle with the corresponding side of the large triangle.
From the attached image:
So, the scale factor (k) from large to small is:
Read more about dilation at:
brainly.com/question/13176891
Cosine is the ratio of the adjacent side to the hypotenuse.
In short, we have this equation
cos(angle) = adjacent/hypotenuse
In the case of cos(A) = 18/19.5 we can see that
adjacent = 18
hypotenuse = 19.5
The side of 18 cm is next to angle 2, so the 18 cm side is adjacent to angle 2 (in contrast, the 7.5 cm side is the opposite leg in relation to angle 2)
So that's why the answer is angle 2
In other words, replace the '2' angle marker with 'A' to be able to write cos(A) = 18/19.5
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