Business firms that sell to retailers and other merchants, and/or to industrial, institutional, and commercial users-but which do not sell in large amounts to final consumers-are called wholesalers. These are businesses that would purchase product in very large amounts and sells them to other businesses or the retailers at a lower price whose target customers are the consumers.
Answer:
Interest= $26,131.91
Explanation:
Giving the following information:
Annual deposit= $2,000
Number of periods= 20 years
Interest rate= 5%
<u>First, we need to calculate the future value using the following formula:</u>
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
FV= {2,000*[(1.05^20) - 1]} / 0.05
FV= $66,131.91
<u>Now, we can determine the interest earned:</u>
Interest= future value - total investment
Interest= 66,131.91 - 20*2,000
Interest= $26,131.91
Statistics
Exports $318 billion (2014 est.)
Export goods Electronics, flat panels, ships, petrochemicals, machinery; metals; textiles, plastics and chemicals (2014)
Main export partners China 27.1% Hong Kong 13.2% United States 10.3% Japan 6.4% Singapore 4.4% (2012 est.)
Imports $277.5 billion (2014 est.)
Answer:
c. to avoid delays in order fulfillment due to inadequate supply
Explanation:
Stockpiling refers to keeping a large amount of inventory to have it avaiable in the future. Usually, companies do this when they think that the products may not be available to purchase it later and they decide to buy a large amount to avoid problems with the supply. According to this, the answer is that the motivation for stockpiling is to avoid delays in order fulfillment due to inadequate supply.
The other options are not right because having a large inventory is not related to be able to produce at a level rate, stockpiling can lead to unintended transformation of inventory and you might save money by ordering a large amount but you will increase your storage costs to maintain the inventory in a warehouse.
Answer:
Effect Annual rate of return =17.22%
Explanation:
The Effective annual rate of return is the equivalent rate earned where compounding is done frequently at period or interval less than a year.
EAR = (1+r/m)^n× m - 1
EAR - Equivalent annual rate of return, r- annul rate of return, n-number of years
r= 16/12 =1.333%, n= 1 m= 12 (note there are 12 months in a year)
EAR = (1+0.16/12)^(1×12) - 1
EAR = 1.0133^12 - 1 = 0.1722
EAR 0.1722 × 100 = 17.22%
Effect Annual rate of return =17.22%
