Answer: $156
Explanation:
The gross domestic product is referred to as the value of the final goods which a particular country produces for that economy.
Based on the information given, the GDP will be calculated as:
GDP = C + I + G + X - M
where C = consumption = $120
I = Investment = $25
G = government purchases = $15
X = exports = $8
M = imports = $12
GDP = C + I + G + X - IM
GDP = $120 + $25 + $15 + $8 - $12
GDP = $156
In the Labor Market, households work and receive payment from firms.
<u>Explanation:</u>
The skills of the people will be exchanged with the employers for the salaries or wages and this is called as labor market. Any people who is in need of any platform to show their skills and the organisation that is in need of labor are the main elements of the labor system.
The important source of producing any type of goods is labor. It is the labor market that decides the compensation that is to be made to these labors. Thus, in the labor market, the households work and they will receive compensation from the firm for which they work.
I the second one is more risky I'm not really that good at business
Answer:
opportunity cost of producing bananas = 2 pounds of apples per pound of bananas
Explanation:
production possibilities frontier (in pounds):
Apples Bananas
500 1,200
300 1,300
between the two points the production of bananas increases by 100 pounds, while the production of apples decreases by 200 pounds, so the opportunity cost of production bananas instead of apples = 200 pounds / 100 pounds = 2 pounds of apple per pound of bananas
Answer:
a 1,560 units
b 780 units
c 390 units
d $18,720
e $9,360
Explanation:
Given that;
Production = 292,000
Daily demand , d = 400
Annual demand , D = 400 × 365 = 146,000
Production rate , P = 292,000 ÷ 365 = 800
Set up cost , Cs = $100
Holding cost , Ch = $24
a. What is the production order quantity
= √2 * D * Cs / CH × (p / p - d)
= √ 2 * 146,000 * 100/24 × (800/800-400)
= √1216666.6667 × 2
= √2433333.3334
= 1559.91
=1,560 units approximated.
b. What is the maximum inventory on hand
= EPQ × [ 1 - (d÷p) ]
= 1,560 × [ 1 - (400 ÷ 800) ]
= 1,560 × 0.5
= 780 units
c. What is the average inventory
= Maximum inventory ÷ 2
= 780 ÷ 2
= 390 units
d. What are the total holding costs
= EOQ/2 * Holding cost
= 1,560/2 * 24
= 780 *24
= $18,720
e. What does it cost to manage the inventory
= Holding cost * (Maximum inventory ÷ 2)
= 24 * (780 ÷ 2)
= 24 * 390
= $9,360
