Answer:
Given,
Annual demand, D = 12500,
Setting up cost, S = $ 49,
Production rate per year, P = production facility × capability of production = 300 × 105 = 31500,
Holding cost per year, H = $ 0.15,
Hence,
(i) Optimal size of the production run,

(ii) Average holding cost per year,




(iii) Average setup cost per year,




(iv) Total cost per year = average setup cost per year + average holding cost per year + cost to purchase 12500 lights
= 166.44 + 166.48 + 12500(0.95)
= $ 12207.92
300 X $690 = $207,000
432 X $590 = $254,880
Hope this helps!
STSN
As a member of the Federal Reserve Board, in an inflationary situation I would suggest a change in the federal funds rate that would be accomplished by raising the base interest rate of the US economy. This would make bonds more attractive and people would stop consuming to invest in public debt securities. In addition, raising interest rates would discourage credit, causing banks to lend less. Since inflation is a monetary phenomenon caused by the excess of currency in circulation, these measures would have a downward effect on inflation, as they reduce the amount of money in circulation in the economy.
Answer:
may be recorded before cash is collected.
Explanation:
Sales revenue "may be recorded before cash is collected."
This is according to Accrual accounting, which unlike the cash model that requires payments to be made before sales revenue is recorded.
In the Accrual accounting model, sales revenue recording is not based on cash collection before it is recorded. Here, the revenue is recorded in as much the transferred goods are made and collection of payment is determined or expected.
Answer:
65000 units
Explanation:
Given:
Expected sales of product W in April = 60000 units
Expected sales of product W in May = 75000 units
Expected sales of product W in June = 70000 units
Inventory in hand at the end of each month = 40% of the next month's expected sale
Inventory expected at the end of the April = 40% of the expected sales in May
or
Inventory expected at the end of the April = 0.4 × 75000 = 30000 units
Therefore, the total units required in April = Expected sales of product W in April + Inventory expected at the end of the April
or
the total units required in April = 60000 + 30000 = 90000 units
Now,
Excessive production in March (inventory) = 25000 units
Hence, the units required to be produced in April = the total units required in April - Excessive production in March (inventory)
or
the units required to be produced in April = 90000 - 25000 = 65000 units