You divide 25 by 1.5 and you get 16.6
If you round that, you'd get 16.7.
Answer: 16.7
Answer:
The Answer is A. the first one
Step-by-step explanation:
Sorry cant tell you
Answer:
The lowest time limit in which 95% of the bugs can be found is 11.22 hours.
Step-by-step explanation:
We are given that X is the time in hours required to find a bug in a software system. Assume that X is normally distributed with mean of 3 and standard deviation of 5.
<em>So, X = time in hours required to find a bug in a software system </em>
X ~ N()
The z score probability distribution is given by;
Z = ~ N(0,1)
where, = mean value
= standard deviation
<em>Let the lowest time limit in which 95% of the bugs can be found = </em><em />
Now, we have to find the lowest time limit in which 95% of the bugs can be found, i.e.;
P( < ) = 0.95
P(Z < ) = 0.95
Now, the critical value of in the z table which given an area of less than 95% is 1.6449, which means;
= 1.6449
= 3 + 8.22 = 11.22
Therefore, the lowest time limit in which 95% of the bugs can be found is 11.22 hours.
It's 6!=720.
The formula for circular permutation is given by (n-1)!
This is because of the fact that in a circular setting if you move each of the person one way right or left, you still get the same arrangement, and we can do so n times until we get back to the first arrangement.
Answer:
First possible answer is correct
Step-by-step explanation:
The first possible answer is the correct one. It shows that Ellen is approaching Mark's house (the distance is decreasing). The level part of the graph indicates her having to stop and wait in traffic. Then she takes off again at a greater speed towards Mark's house.