Answer: three times as large
Explanation:
Economic order quantity will be calculated as follows:
EOQ = ✓(2DS/H)
D = Demand in units
Here S = Ordering cost = $10
H = Holding cost
Since S = $10
Therefore, EOQ will be:
= ✓(2DS/H)
= ✓(2 × 10 × D/ H)
= ✓(20D/H)
Since we're to increase the order cost from $10 per order to $90 per order, then EOQ will be:
Since S = $90
Therefore, EOQ will be:
= ✓(2DS/H)
= ✓(2 × 90 × D/ H)
= ✓(180D/H)
3✓20DH
The revised EOQ will then be 3 times as large.
Answer:
The answer is: If Orion wants to have $3,000 in two years, he must invest $2,572.02 today
Explanation:
To determine how much money Orion has to invest today in order to have $3,000 in two years, considering he will get an 8% compound interest rate, we can use this formula:
P = FV / (1 + r)²
Where:
P = $3,000 / (1 + 8%)²
P = $3,000 / 1.1664
P = $2,572.02
Answer:
D.Cash 1,274 Sales Discount 26 Accounts Receivable 1,300
Explanation:
The journal entry is shown below:
Cash A/c Dr $1,274
Sales Discount A/c Dr $26
To Accounts receivable $1,300
(Being cash received recorded)
The computation of the account receivable
= Credit sales - returned goods
= $1,800 - $500
= $1,300
And, the discount would be
= Accounts receivable × percentage given
= $1,300 × 2%
= $26
The remaining amount would be credited to the cash account.
Because they support people
Answer:
The fertile waters in which the fish feed and breed ⇒ <u>Natural Resources per worker. </u>
The skills workers develop through training before working on and piloting boats ⇒ <u>Human Capital per worker. </u>
A route fishing boats can follow to maximize their catch at different points in the day ⇒ <u>Technological Knowledge.</u>
The boats in the fishing fleet ⇒ <u>Physical Capital </u>
