Answer:
See below
Explanation:
Activity rate = Overhead costs/Estimated driver
Customer service : 175 per serv. req.
Project bidding : 400 per bid
Engineering support : 750 per design change
Activity costs allocated = Activity rate × Driver consumed
Activity costs
Gough industries. 39,800
Been inc. 47,150
The Martin group. 139,300
Artic Air inc.
Customer profitability report for the year ended, December 31
Gough industries Been inc. Martin Grou
Revenues
1,800,000 960,000 240,000
Cost of goods sold
840,000 448,000 112,000
Gross profit
960,000 512,000 128,000
Selling and administrative activities:
Customer service
6,300 4,900 20,300
Project bidding
20,000 16,000 38,000
Engineering support
13,500 26,250 81,000
Total selling and administrative support
39,800 47,150 139,300
Operating income(loss)
920,200 464,850 (11,300)
Answer:
Following are the solution to this question:
Explanation:
Assume that
will be a 12-month for the spot rate:


Assume that
will be a 18-month for the spot rate:



Assume that
will be a 18-month for the spot rate:

to solve this we get 
Answer:
should specialize in the production of goods for which they have a lower opportunity cost of production than their trading partners
Explanation:
A country has comparative advantage in production if it produces at a lower opportunity cost when compared to other countries.
For example, country A produces 10kg of beans and 5kg of rice. Country B produces 5kg of beans and 10kg of rice.
for country A,
opportunity cost of producing beans = 5/10 = 0.5
opportunity cost of producing rice = 10/5 = 2
for country B,
opportunity cost of producing rice = 5/10 = 0.5
opportunity cost of producing beans = 10/5 = 2
Country A has a comparative advantage in the production of beans and country B has a comparative advantage in the production of rice
Country A should specialise in the production of beans and B should specialise in the production of rice
The correct <span>answer is Digital Library.
A digital library is a special collection of digital objects which can be in form of text, visual, audio or video material which has been organized, stored and retrievable in electronic formats. These materials for them to be stored in a public digital library, usually, have to be published as a requirement.</span>
Answer: Option (C) is correct.
Explanation:
Correct Option: Political business cycle
If government tax revenues change automatically and in a countercylical direction over the course of the business cycle, this would be called a Political business cycle.
These cycles are present in macroeconomic variables such inflation rate, output and unemployment. There are two types of regime follow in this cycle are as follows:
(i) Regime A consist of expansionary polices which results in a economic growth and inflation. If the inflation rate is high enough then there is a withdrawal of policy.
(ii) Regime B consist of contractionary polices which results in reducing economic growth and inflation. It will become voted out if the unemployment is too high, replaced by Regime A. It generally lead to downward movement of the cycle.