Please help me i dont get this
1 answer:
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Answer:
B
Step-by-step explanation:
There isn't any number that x can't be. Start with a graph to show how this could be so.
It is easy to see that x > 0 gives a line that goes very near the x axis. It is not quite so easy to see that it never touches the x axis. But if you recreate the graph in Desmos, you will see that is true if you spread the x's out.
It is not quite so easy to see that when x<0 the graph tips upward very quickly but again if you move the values of the axis around you will see there is no value that x cannot be.
Answer:
1. c > 16
2. r < 1
3. y
4. w > -2
5. 15
6. h
7. t < 7
8. j < 2
9. y
10. p
11. I forgot how to do this one.
And sorry I don't have the time to graph it at the moment but I hope this helps at least a little