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fomenos
3 years ago
7

In one nation, life expectancy is in the high 50s. Few citizens have access to modern technology, and the average yearly income

is about $2,000. This country is a(n) _____-world nation.
emerging
undeveloped
secondary
developing
Business
1 answer:
NARA [144]3 years ago
8 0

Answer:

Developing

Explanation:

A developing country is one where,

  • Per capita income is lower which means individuals earn money for basic survival. There are no means of investment and savings.
  • Life expectancy is higher due to absence of modern medical facilities in all areas.
  • Technology is still reaching people in rural areas. Not everybody has access to modern technology.
  • High rates of population and unemployment.

Here, the country has all features of a developing world nation.

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"Bubba is a shrimp fisherman who used $2,000 from his personal savings account to buy a boat and equipment for his shrimp busine
Katyanochek1 [597]

Options:

A. $20

B. $200

C. $40

D. $400

Answer:C. $40

Explanation: Opportunity cost is a term used in Economics to describe the value of the next most profitable alternative of this an investor puts his or her resources into,in this case the opportunity cost for Bubba is the percentage of the interest which Bubba earned from the interest.

Opportunity cost for Bubba can be calculated as follows

(2%/100)* $2,000=$40.

Opportunity cost helps economists to ensure that resources are effectively put to use.

5 0
3 years ago
A liquid company produces hand sanitizer which has demand of 300,000 units per year.
jarptica [38.1K]

Answer:

EOQ =   =  15,491.93 units

Optimal order interval   18.8 days   (19.36  orders in year)

Total cost = $150,774.60

Explanation:

<em>The Economic Order Quantity (EOQ) is the order size that minimizes the balance of ordering cost and holding cost. At the EOQ, the carrying cost is equal to the holding cost.</em>

It is computed using he formulae below

EOQ = √ (2× Co× D)/Ch

<em>Co- ordering cost per order- 20, </em>

<em>Ch -Holding cost per unit per annum- 10%× $0.5=  0.05</em>

<em>Annual demand: D- 300,000</em>

EOQ = √(2× 20 * 2,580)/(10%× 0.5)

       =  15,491.93 units

Assuming 365 days, the optimal order interval in dates

Number of orders per year

= annual demand/EOQ

= 300,000/ 15,491.93

= 19.36 times

<u><em>in days:</em></u>

= EOQ/300,000 × 365 days

=   (15,491.93/ 300,000) × 365 days

= 18.8 days

Total annual cost =

<em>Total cost Purchase cost + Carrying cost + ordering cost </em>

                                                                                 $

Purchase cost = $0.5 × 300,000 =              150,000

Carrying cost = (15,491.93/2) * 10%*0.5 =       387.29

Ordering cost = (300,000/15,491.93 ) × 20 = <u>387.29</u>

Total cost                                                      1<u>50,774.60</u><u> </u>

       

5 0
3 years ago
Manufacturing cost data for Orlando Company, which uses a job order cost system, are presented below. Indicate the missing amoun
mafiozo [28]

Answer:

a=   54796

h=  80,824

d=117916  

i=67915.68  

e=$ 352196  

b=  58,800  

f= 373496

j=  234500

c= 15100

k=   1900

g=3721596

Explanation:

Orlando Company

Manufacturing Cost Data

                                                 Case A          Case B       Case C

Direct materials used                 (a)               $91,200    $69,000

a=149,800 - 42,804-  52,200     54796

Direct labor                               52,200         143,800          (h)

$69,000 +x+0.82h= 216100

1.82h= 216100-69000

h= 147100/1.82= 80,824                                                     80,824

Manufacturing overhead applied 42,804      (d)                   (i)

d=82% of 143,800=117916                                 117916

i=82% of 80824 =  67915.68                                                 67915.68                      

Total manufacturing costs 149,800                 (e)              216,100

e=$91,200+ 143,800+ 117916                              352196

Work in process 1/1/14              (b)                21,300           18,400

b=208,600- 149,800                   58,800

Total cost of work in process 208,600         (f)                   (j)

f=352196+ 21,300                                           373496

j=216,100 + 18,400                                                               234500

Work in process 12/31/14             (c)               11,900            (k)

c=208,600 - 193,500                     15100

k=234500 -232,600                                                            1900

Cost of goods manufactured 193,500           (g)             232,600

g=373496- 11,900                                         3721596

The formulas used are given below.

Total Manufacturing Cost = Direct Materials + Direct Labor + Factory Overheads

Total cost of work in process= Total manufacturing costs+ Opening Work in process

Cost of goods manufactured= Total cost of work in process - Closing Work in process

In each of these if two amounts are known we can find the third one.We can also do rearrange these to find the required amounts.The calculation of each of the missing amount has been done next to it.

5 0
3 years ago
A real estate broker pays $50 to a life insurance broker for each referral that goes to closing. This arrangement is:
Veseljchak [2.6K]

Answer:

ghytbkurutvfvtyfugbybubgulgn tuuyfyuvuybtkuykgnuuugyufiynooo

Explanation:

6 0
3 years ago
Goldfarb Company manufactures and sells toasters. Each toaster sells for $24.15 and the variable cost per unit is $16.30. Goldfa
guajiro [1.7K]

Answer:

$7.85

Explanation:

Provided that

Selling price per unit = $24.15

Variable cost per unit = $16.30

Total fixed cost = $25,400

Budgeted sales 8,400 units

The formula to compute the contribution margin per unit is as follows

Contribution margin per unit = Selling price per unit - Variable expense per unit

= $24.15 - $16.30

= $7.85

By deducting the variable cost per unit from the selling price per unit we can find out the contribution margin per unit

3 0
3 years ago
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