Answer:
All the answers are right
Explanation:
A.To provide a hedge against inflation. : in an inflationary economy, a company can invest in inventory in order to be prepared for the higher prices of raw materials to come. So they can maintain the company´s profit.
B. To tightly synchronize production and distribution processes: inventory of final products can help to minimize the effects of unexpected production problems.
C. To ensure that item cost is maximized: A company can buy a bulk of raw material since the cost of a large number of units is lower. So the final product's cost will be maximized.
D. to tightly synchronize a firm's production with its customers' demand: for example in a seasonal demand, There are certain months when the demand exceeds the production capacity. In theis case, in the lower season months, the company will be increasing the inventory in order to meet the demand when the high season comes.
Answer:
0.31
Explanation:
Given that,
Visa = $ 755
MasterCard = 380
Discover card = 555
Education loan = 3,900
Personal bank loan = 650
Auto loan = 6,000
Total debt (not including mortgage) = $12,240
Net Worth (not including home) = $39,000
Robert's debt-to-equity ratio:
= Total debt ÷ Net worth
= $12,240 ÷ $39,000
= 0.31
Answer:
$4,267,059
Explanation:
to determine the equivalent amount of money between 1924 and 2008, we must divide the 2008 CPI by the 1924 CPI, and then multiply by $36,000:
= (2015 / 17) x $36,000 = 118.53 x $36,000 = $4,267,059
The consumer price index measures the weighted price of basket of goods . It is useful for calculating inflation and comparing how the purchasing value of the US dollar has decreased in time. Basically what this shows us, is that $1 in 1924 would purchase the same amount of goods as $118.53 in 2008.
Answer:
The numeric response for the question using real numbers rounded to one decimal place is given as below.
Explanation:
Tax incidence for almonds is (12 / (12 + 0.47)) = 0.96
for cotton (0.73 / (0.73 + 0.68)) = 0.52 and
for processing tomatoes is (0.64 / (0.64 + 0.26)) = 0.71
Answer:
$6,500
Explanation:
For computing the estimated fixed cost, we have to determine the variable cost per hour which is shown below:
Variable cost per hour = (High power cost - low power cost) ÷ (High machine hours - low machine hours)
= ($20,000 - $11,000) ÷ (12,000 hours - 4,000 hours)
= $9,000 ÷ 8,000 hours
= $1.125
Now the fixed cost equal to
= High power cost - (High machine hours × Variable cost per hour)
= $20,000 - (12,000 hours × $1.125)
= $20,000 - $13,500
= $6,500
