We know that
<span>entries------------ > 14 in total.
the owner has-----------> 5 horses.
if each horse has the same probability of winning, then the probability that the owner's horses will come in first, second, third, fourth </span>and fifth will be as follows: <span>
we have 5 spots.
the probability that one of those 5 horses will be first is 5/14
the probability that one of the remaining 4 horses will be second is 4/13.
the probability that one of the remaining 3 horses will be third is 3/12.
</span>the probability that one of the remaining 2 horses will be fourth is 2/11.<span>
the probability that the remaining horse will be fifth is 1/10.
the total probability is [5/14 * 4/13 *3/12 *2/11 *1/10]
(120/240240)=1/2002=0.0004995
the answer is 0.0004995</span>
Answer:
The standard deviation for the distribution of scores is 6.
Step-by-step explanation:
We are given the following information in the question:
Mean, μ = 78
We are given that the distribution of score is a bell shaped distribution that is a normal distribution.
Empirical Formula:
- Almost all the data lies within three standard deviation from mean for a normal data.
- for this rule almost all the data lies within on tandard deviation from the mean.
68% of the scores fall between 72 and 84, thus, we can write:

Thus, the standard deviation for the distribution of scores is 6.
Answer:
2 integers: $7 and $8
5-by-step explanation:
compute 3 times square root of 5 and get 6.708. . .
Plot that.
Compute 5 times the square root of 3 and get 8.6602...
Plot that.
See which whole numbers are between those two points. Only two: 7 and 8
Since the question includes $ signs (WHY??) include the $ in your answer.
We have that
using a graph tool--------------> graph the <span> cosecant function
</span>see the attached figure
the answer is the option B