Answer:
g-1(x) = (1 - x)/2.
Step-by-step explanation:
Let y = -2x + 1
y + 2x = 1
2x = 1 - y
x = (1 - y)/2
So the inverse g-1(x) = (1 - x)/2.
Answer:
the function that models the total inventory costs as a function of x is;
$(
+ (
)x )
Step-by-step explanation:
Given the data in the question;
cost of storing the shoes ( Holding cost ) = $ 3 per year
ordering cost ( Co ) fixed = $ 25 per order
cost of each pair = $ 5 per shoe pair
Total demand = 4500 shoe pairs
Total Inventory cost = Holding cost Ordering cost
so
Total Inventory cost =
( $ 25) +
× $3 × x
Total Inventory cost = $(
+ (
)x )
Total Inventory cost = $(
+ (
)x )
Therefore, the function that models the total inventory costs as a function of x is; $(
+ (
)x )
Answer:
The probability that the 3rd defective mirror is the 10th mirror examined = 0.0088
Step-by-step explanation:
Given that:
Probability of manufacturing a defective mirror = 0.075
To find the probability that the 3rd defective mirror is the 10th mirror examined:
Let X be the random variable that follows a negative Binomial expression.
Then;





= 0.0087999
≅ 0.0088
Answer:
a = 4
Step-by-step explanation: