if we take a peek at the graph, the y-coordinate at x = -4 is y = -3, and the y-coordinate at x = -1, is y = 3,
<span>1. (s/3)-4=2
</span>3[(s/3)-4=2]
s-12=6
+12 +12
s = 18
<span>
2. (c/2)+5=1
</span>2[(c/2)+5=1]
<span>c+10=2
-10 -10
c = -8
3. 9+(a/6)=8
</span>6[9+(a/6)=8]
<span> 54+a=8
-54 -54
a = -46
</span>
Answer: yes this is a function
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The reason why is because we don't have any repeated x values. Each input (x) leads to exactly one output (y). If you plotted all the points, then you would not be able to pass a single vertical line through more than one point. So this graph passes the vertical line test.
Answer:
Option A.
Step-by-step explanation:
If I have two variables b and c and a constant of 10. I can write that problem like this:
10b = c
For example, my factory today will make 20 books:
10×20 = c
$ 200 = c
314,207 300,000+10,000+4,000+200+7
i hope it work