Answer:
1. Annual demand ( D) = 100,000 bags
Ordering cost per order (Co) = $15
Holding cost per item per annum (H) = 15% x $2 = $0.30
EOQ = √<u>2DCo</u>
H
EOQ = √<u>2 x 100,000 x $15</u>
0.30
EOQ = 3,162 units
2. Maximum inventory
= Safety stock + EOQ
= 1,500 + 3,162
= 4,662 units
3. Average inventory
= EOQ/2
= <u>3,162</u>
2
= 1,581 units
4. Number of order
= <u>Annual demand</u>
EOQ
= <u>100,000</u>
3,162
= 32 times
Explanation:
EOQ is the square root of 2 multiplied by annual demand and ordering cost per order divided by holding cost per item per annum.
Maximum inventory is the aggregate of safety stock and EOQ.
Average inventory is economic order quantity divided by 2
Number of order is the ratio of annual demand to economic order quantity.
Answer:
True
Explanation:
In industry, inventory buildups are cancelled with increased sales and marketing activities, which attract rewards and punishments. This is why it is always a taboo to observe idle workers. Idle workers cost the entity much in expenses. Workers are employed based on productivity and profitability indexes. There is no business entity that employs workers for the fun of employment.
Answer:
$4,000
Explanation:
P- percent
r-rate
t-time
P: 10000
R:8 but u have to move it two spots so it would be 0.08
T:5 years
10,000(0.08) (5) = 4,000
$4,000
That's how I do it. I hope it helps!
Answer:
false. it deals with ecomonics as a whole. it's in the name dude
