Find the total, then divide by the number of plays:
-3 + 2 -1 - 2 - 3 +1 = -6 yards
-6 yards / 6 plays = -1 yard per play average.
Answer:
Option (4). 25%
Step-by-step explanation:
The graph attached shows the exponential growth.
Let the graphed function is y =
Here 'r' = Rate of growth
t = Duration of time in years
y = enrollments after time 't' years
Graph shows at time 't' = 0 or initially number of enrollments = 20
After 8 years number of enrollments will be
120 = 

6 = 
log 6 = 
0.77815 = 
= 0.0972689


r = 25.1%
r ≈ 25%
Therefore, Option (4) will be the answer.
<h3><u>The two inequalities are:</u></h3>

<h3><u>Solution:</u></h3>
Let "a" be the number of adult sized t shirts
Let "c" be the number of child sized t shirts
Given that,
Each Adult sized t shirts = $ 5
Each child sized t shirts = $ 2.50
<h3><u>Jerome need at least 200 adults t-shirt</u></h3>
Therefore,

Here, we used "greater than or equal to" symbol, since he needs atleast 200 adult t-shirts
<h3><u>Jerome will spend no more than $1500 on t-shirt</u></h3>
Therefore,

Here we used, "less than or equal to" symbol, since he will not spend more than 1500
Thus the two inequalities are found
Answer:
The last choice would be the best because peak is high, and in the histogram, it means it is the highest point in the histogram and data. Hope ths helped!
Step-by-step explanation:
Answer:
72 meters
Step-by-step explanation:
12 times 9 is 72