Answer:
once
Step-by-step explanation:
The vertical line test shows how many outputs (y-value) there are for one input (x-value). There can only one output for each input because only one value should satisfy an equation that represents a function. If the vertical line goes through the graph twice, that shows there are two outputs for a single x-value. This would mean it is not a function.
Answer
7,3'
hope this helps give me a 5-rate and a thanks!
Answer: 3.25
Step-by-step explanation: What I did was Multiply 42.25 by 100 ( To make it easier) and then divide it by 13. After that, I divided the quotient by 100 to get the real answer, which was 3.25
Let me know if I was helpful or not!
Step-by-step explanation:
SEE THE IMAGE FOR SOLUTION
HOPE IT HELPS
HAVE A GREAT DAY
<h3>
Answer: A. g(x) > -6</h3>
Explanation:
We have a horizontal asymptote at y = -6. The graph approaches this horizontal line, but never crosses it (even though it appears to do so). So this is the sort of "electric fence" the graph cannot touch. The lower bound of the y values is y = -6, leading to the range being y > -6. Replace y with g(x) to get g(x) > -6.
