Find the domain of the graphed function -4-4 x is all real numbers

Mathematics

2 answers:

Alborosie3 years ago

8 0

D. $-4 \le x \le 2$

The procedure of solution consist consist in determine graphically the Domain of the Function shown in the figure. In this case, the Domain is the Set of values of $x$ in Interval notation, which represented in the "horizontal" axis of the Cartesian Plane. Please notice that black points means that given Function includes extreme values.

By visual examination of the function, we conclude that domain of the function is represented by:

$Dom\{f(x)\} = [-4, 2]$

Which is equivalent to the following expression in Inequality notation:

$-4 \le x \le 2$

Therefore, we conclude that right answer is D.

Related question: brainly.com/question/20207421

andrezito [222]3 years ago

3 0

Domain and range:

The domain of a function is all the values the the input assumes.

The range of a function is given by all the values that the output assumes.

In a graphic:

The domain is given by the x-values, the horizontal axis.

The range is given by the y-values, the vertical axis.

In this question:

x, in the horizontal axis, assumes values between -4 and 2.

The closed circle at x = -4 and x = 2 indicates that these values are part of the interval.

Thus, the domain of the graphed function is: $-4 \leq x \leq 2$ , and the correct answer is given by option D.

For more about domain and range of functions, you can check: brainly.com/question/21853810?referrer=searchResults

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Folds - Circle Cliffs, UT. Both monoclines and anticlines uplift and deform rock layers such that when eroded, certain ages of r

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Answer:the relative ages of the rocks exposed in the circle cliff area are given below.

1. older rocks are exposed in the center and younger rocks in the flanking flatirons.

2. younger rocks are exposed in the center and older rocks in the flanking flatirons.

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2. But when younger rocks are exposed in contrast to the older rocks, these younger rocks are exposed at the center while the older ones receive exposure at the flanking flatirons.

Note that both cases interchange, exposure of a particular rock occur at the center and the next category of rock receive theirs at flanking flatirons.

7 0

3 years ago

Solve for x using logs- 2*7^x=17*3^x

horsena [70]

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