Answer:
-3/2, -1
Step-by-step explanation:
Each coordinate contains one 
value and one 
value, 
.
If we work out the midpoint of each of these individually, it makes it much easier to find the midpoint of the line.
Let's take the values first. Our first value is -4 and our second value is 1. Imagine the integers between -4 and 1 laid out in a sequence:
If you take the middle value of this sequence, you get the midpoint of the values.
In this case, the middle is between values -2 and -1, leaving us with a midpoint of -1.5. This as a fraction is 
.
Now let's look at the values. Our first value is 2 and our second value is -4. Again, let's imagine those numbers laid out in a sequence:
Here, the middle of these values is -1, and this is the midpoint of the values.
So if we put these two values in a coordinate, we get the midpoint of the line.
In this case, we get 
.
Answer:
Opposite/adjacent
Step-by-step explanation:
Tangent = Opposite/adjacent
Answer:
the slope is undefined
Step-by-step explanation:
in the slope equation rise/run you can't divide by 0
Answer:
F. 6s > 4s +8
Step-by-step explanation:
From a reference point at the beginning of the track, Ward's car will be located 4s+8 feet down the track after s seconds. That is, it starts 8 feet down the track, and increases its distance by 4 feet every second.
From the same reference point, Heskey's car will be located 6s feet down the track after s seconds. Its distance starts from zero and is increasing at the rate of 6 feet every second.
For Heskey's distance to exceed Ward's distance you want ...
6s > 4s +8 . . . . . . matches choice F
Answer:
i think it might be C
Step-by-step explanation:
very sorry if it's wrong
