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Answer:</u></h2>
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S</u><u>olution Steps: </u></h2><h3>- Graphing -</h3><h3>______________________________
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</h3><h3>1.) <u>Graph:</u></h3>
- Since we know , you graph on the -axis. And this is an ending, meaning it doesn't go on forever.
- However, we don't know what is. So because we don't know what is we still graph it but it'll go on forever.
<em> - You can either graph this like this, OR graph this using desmos.com. </em>
<h3><u /></h3><h3><u>Vertical or Horizontal?</u> </h3>
- Horizontal, Left and Right.
- <em /><em> </em>Vertical, Up and Down.
- So since we know is, (Horizontal,) we have to graph , (Vertical.) So to sum this up, this just means whatever variable you don't know yet, that will be the one that you graph as an infinite.
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"Combinations" isn't really the right word, because a combination doesn't take order of elements into account, and the outcome of a race certainly does depend on order. "Permutations" would be the correct term.
If 4 students are competing, then the race has
4! = 4 • 3 • 2 • 1 = 24
possible outcomes.
Answer:
126
Step-by-step explanation:
36*3+(36/2)
Answer:if you can draw any vertical line that intersects more than one point on the relationship, then it is not a function.
Step-by-step explanation:So it is a no ok.