Hello!
This is a problem about probability.
What we would first do is find the theoretical probability that Susan would roll the number 3 on a die.
Assuming that this is a fair six sided die, there is only one face with the number 3, and there are 6 sides, meaning that the probability that Susan rolls a 3 would be 
.
Now, Susan is rolling a die 1,086, meaning that we can divide this number by 6 to find the theoretical number of times that Susan would roll the number 3 on this die.
You should get 181 times, which would be a good estimate of how many times she could roll the number 3.
Hope this helps!
Answer:
or 
Step-by-step explanation:
<u>Synthetic division:</u>
-5 | 1 11 25
____<u>-5 -30</u>
1 6 | -5
Therefore, or 
<u>Long division:</u>
n+5 | n² + 11n + 25
- <u>n² + 5n____</u> <-- n
6n + 25
- <u> 6n + 30</u> <-- 6
-5 | n+6
Therefore, or
Hello,
<span>all real numbers from 1 to 5 inclusive
Hope this helps</span>
Desmond's times are proportional. for every 2 laps he takes 146
146 / 2 = 73
292 / 4 = 73
584 / 8 = 73
Maria's time are not proportional
150 / 2 = 75
320 / 4 = 80
580 / 6 = 96.67
Answer:
c) 28°, 76°, 76°
Step-by-step explanation:
The two remote interior angles sum to 152°. Since they are congruent, their measures are 152°/2 = 76°. The adjacent interior angle is the supplement of 152°, so is 180°-152° = 28°.
The interior angles are 28°, 76°, 76°. . . . . matches choice C
