Answer:
Wilkens' days in inventory for 2017 = 60.833
Explanation:
Given:
Sales = $1,800,000
Beginning inventory = $160,000
Ending inventory = $240,000
Gross profit = $600,000
Inventory turnover = 6 times
Wilkens' days in inventory for 2017 = ?
Computation of Wilkens' days in inventory for 2017:
Wilkens' days in inventory for 2017 = Number of days in a year / Inventory turnover
Wilkens' days in inventory for 2017 = 365 / 6 times
Wilkens' days in inventory for 2017 = 60.833
Answer: The options are given below:
A. $18.00
B. $1,036.80
C. $2.00
D. $7.20
E. $64.00
The correct option is D. $7.20
Explanation:
From the question above, we were given:
Annual demand = 100,000 units
Production = 4 hour cycle
d = 400 per day (250 days per year)
p = 4000 units per day
H = $40 per unit per year
Q = 200
We will be using the EPQ or Q formula to calculate the cost setup, thus:
Q = √(2Ds/H) . √(p/(p-d)
200=√(2x400x250s/40 . √(4000/(4000-400)
200=√5,000s . √1.11
By squaring both sides, we have:
40,000=5,550s
s=40,000/5,550
s=7.20
Salt is the term used in cryptography that defines a value that can be used to ensure that hashed plaintext will not consistently result in the same digest. The salt is<span> </span>random<span> data that is used </span> to <span> defend passwords against </span>dictionary attacks<span> or against its hashed equivalent.
For each password a new salt is generated randomly.</span>
Answer:
28,000
Explanation:
To get this answer you have to assume perfect competition scenario, since in this case supply = demand. In this case:
At $7,5
Energizer sells 16,000 => Supply Energizer = 16,000
Duracell sells 12,000 => Supply Duracell = 12,000
Total Supply = 16,000+12,000
The option that makes the most sense for the party by Mr and Mrs Atoll is one case of 24 sodas at $18.50.
<h3>Why this option is the cheapest</h3>
The reason for this is that given the guests they are entertaining, this option is the most cheapest and effective.
How to calculate for the way that the drink would go round
a. Each bottle is $1.5. Two bottles for 1 = 1.5x2 = 3 dollars
b. six packs at 5$. One= $0.88
c. A case of 24 sodas at $18.5. one soda is going to be 18.5/24 = $0.77
d. Two cases of 24 soda at 18.5 = $1.54
Given the calculations that have been done above, option c at $0.77 is the cheapest. It would require them to send the less money in getting sodas that would go round twice for 10 people.
Read more on the economy here: brainly.com/question/1106682