Answer:
○B.
Step-by-step explanation:
Trigonometric Identities
<u>Radius Formula</u>
* Since we are talking about radii, we only want the NON-NEGATIVE root.
In this case, we will not be using the radius in our ratio, according to the trigonometric identity above because we are using the <em>tangent</em><em> </em>ratio:
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V = <span>πr^2h
We are given the diameter of 2, which means the radius is 1.
V = </span><span>π*1^2 * 3
</span>V = <span>π * 3
So the answer is V = 3</span>π or V ≈ 9.42
The correct option is D. In fact, you can evaluate this function at every possible input x.
All this function does is:
- Take a number x
- Add 6
- If the result is negative switch the sign, otherwise keep it as it is
As you can see, you can perform these operations regardless of the input x.
Answer:
given a linear function represented by a table of values and a linear function ... Students may have trouble with the word unique. ... How do you determine if relations are functions? ... How can you use functions to model real-world situations? ... said while there was input and output, she thought the machine was more like a.
Step-by-step explanation: