Answer:
3,000 $100 bills equivalent to $300,000
Explanation:
The economic order quantity (EOQ) is the optimum quantity of a good to be purchased or required at a time in order to minimize ordering and carrying costs in inventory.
EOQ = the square root of [(2 times the annual demand in units times the incremental cost to process an order) divided by (the incremental annual cost to carry one unit in inventory)]
- annual demand in units = 12,500 x 12 = 150,000
- incremental costs to process an order = $300
- incremental annual cost to carry one unit in inventory = 10% x 100 = $10
EOQ = √[(2 x 150,000 x $300) / $10] = √($90,000,000 / $10) = √9,000,000 = 3,000 bills
Answer:
When demand shocks lead to recessions, it is mainly due to unexpected changes in the:
the inability of government policy to affect demand.
Explanation:
Government has every right to make policies that would strictly affect price, if this is not done and there is inflation of price it would lead to recession.
Answer:
<u>Predatory pricing</u>
Explanation:
A "predator" refers to an animal who survives by "preying" on other animals.
Predatory pricing in a similar sense refers to that form of excessively low pricing which in a way consumes other firms by taking away their share of industry revenues. Such form of pricing is considered illegal and is against healthy competition.
Such pricing eliminates competitors from the market and gradually leads to emergence of a monopoly i.e supremacy of a single firm in the whole industry and thus considered an illegal practice.
In the given case, the retail chain can be alleged to have followed predatory pricing which is substantiated by the fact that it cuts it's prices excessively i.e even below cost , thereby forcing smaller companies to exit the industry.
Answer:
The answer is given below;
Explanation:
Preference stocks 950*50 Dr.$47,500
Paid in capital in excess of par-preference shares Dr.$ 13,300
(64-50)*950
Common Stocks 1,900*10 Cr.$19,000
Paid in capital in excess of par-common stocks Cr.$41,800
(64*950)-(1900*10)
