May and Ellie collected data for 75 graphs, recording whether the graphs were increasing or decreasing, and whether or not they crossed the x-axis. The table below shows their findings.
Increasing
Decreasing
Total
x-intercept
12.
30
42
No x-intercept Total
25
37
8
38
33
75
Determine the relative frequency for a graph that has no x-intercept, given that the graph is increasing. Show you work

c.

step-by-step explanation:

because first you have to add the 4x, 9x, and the 7x together and you get 20x and then you add the last numbers up and you get 5and then you put the subtraction sign in there and that's how you get the answer.

1.3 million hoops i believe

explanation:

remove parenthesis:

=

apply rule

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multiply fractions:

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=

divide:

=

mordancy.

just go here

its what i use

step-by-step explanation: