Answer:
Experience an inward shift of its production possiblity curve.
Explanation:
Production possiblity curve is a graphical representation of the maximum number of products that a company can produce, if it produce only two product using all the resources efficiently. The maximum production possiblity of one product is shown on one side graph and another product on other side to compare which product can be produced to reduce cost and wastage while maximizing the profit. This also help the management to know the effecient use of resources or factor of production; Land, labour, capital and entrepreneurship. Therefore, lack of resources to Cuba have lead it´s economy to decline.
Answer: Overconfidence bias
Explanation:
The options are:
a. overconfidence bias
b. hindsight bias
c. framing bias
d. escalation of commitment bias
e. sunk-cost bias
Overconfidence bias is when people or organization believe so much in their ability, knowledge, talent, or skills which invariably leads them to believe that they are better than the way they really are. It is an ego belief and can have a dangerous effect.
Ford was slow to recall vehicles to fix a possible carbon monoxide leak due to overconfidence bias as they believe that they are a force to be reckoned with and can't make such mistakes.
Me too , I need more friends :(
Answer:
$8,120
Explanation:
<em>To calculate the proceeds, the gross proceed less the discount charged by the bank. The gross proceed is the total amount that would have been received should the note is held to maturity.</em>
Gross proceed= P + (P×R×T)
P- 8,000 R- 6%, T- 10/12
Gross proceed = (8,000 + 8,000× 6%× 10/12)
= $8,400
Discount charges = Gross proceed × discount rate × time to maturity
Time to maturity = 10 - 5 = 5 months
Discount rate - 8%, Time- 5/12
Discount charges = 8400× 5/12× 8% = $280
Proceeds to be received = $8,400 - $280
= $8,120
Answer:
$12,600
Explanation:
If Olivia Company uses the units of production depreciation method, we must calculate the depreciation cost per mile:
depreciation cost per mile = (purchase cost - salvage value) / total miles driven
depreciation cost per mile = ($50,000 - $5,000) / 250,000 miles
depreciation cost per mile = $45,000 / 250,000 = $0.18 per miles
Now we multiply by the total miles driven the first year times the depreciation cost per mile = 70,000 units x $0.18 per unit = $12,600
