Answer:
The vertex of the function
is 
Step-by-step explanation:
I've graphed this on desmos for a visual
Answer:
t=40+20w
can i get a brainiest bottom right of my answer click the crown
Answer:
81.86%
Step-by-step explanation:
We have been given that final exam scores are normally distributed with a mean of 74 and a standard deviation of 6.
First of all we will find z-score using z-score formula.
Now let us find z-score for 86.
Now we will find P(-1<Z) which is probability that a random score would be greater than 68. We will find P(2>Z) which is probability that a random score would be less than 86.
Using normal distribution table we will get,

We will use formula
to find the probability to find that a normal variable lies between two values.
Upon substituting our given values in above formula we will get,


Upon converting 0.81859 to percentage we will get

Therefore, 81.86% of final exam score will be between 68 and 86.
N.O = 4
N is midpoint of M.0
Meaning M.N also has to be 4
4+4= 8
N.P = 6
0.P = 2
8+ 2 = 10
Answer: Choosing the level of safety stock that assures a given service level.
Step-by-step explanation:
Safety Stock provides a buffer against stockouts, ensuring that service or production continues if there is a problem with inventory supply. Such problems can vary from price fluctuations to a supplier's inability to fill an order.
The goal of safety stock is not to totally eliminate the risk of stockout as this would be too expensive and impossible in some industries such as hospitality where inventory has a short shelf life.
While safety stock may reduce the stockout cost, it is not the primary consideration in determining the level of safety stock.