Answer:
Annual Demand = 15,000 units
Cost of each unit = $ 80
Holding Cost = 18% of unit value
Ordering Cost = $ 220 per order
For implementation of a good decision model regarding inventory after considering all type costs assisted to it such as: holding cost and ordering cost, concept of EOQ is applied.
EOQ = ((2 * Annual Demand* Ordering Cost) / (Holding Cost))1/2
= ((2 * 15000 * 220) / (80*18%))1/2
= 677 units
Hence this quantity states that this manufacturing company should reorder the quantity when it has 677 units.
2)Mathematically, costs related to inventory are computed in the following manner:
1) Annual ordering cost = Ordering cost per order * Number of orders in a year
= 220 * 15000/677 = 220 * 22 = 4840
2) Holding cost = Holding cost per unit * Average inventory throughout the year
Average inventory throughout the year = 15,000/12 = 1250 units
Holding cost = 18%* 1250 = 225
Total cost = 4840 + 225 = 5065
A.
14.4 percent
B.
10.0 percent
C.
13.6 percent
D.
11.5 percent Please show work
Answer:
C. 13.6 percent
Explanation:
In this question, we apply the Capital Asset Pricing Model (CAPM) formula which is shown below
Expected rate of return = Risk-free rate of return + Beta × risk-free rate of return + Beta × market risk premium
= 4% + 0.6 × 4% + 1.2 × 6%
= 4% + 2.4% + 7.2%
= 13.6%
The (Market rate of return - Risk-free rate of return) is also known as market risk premium
Answer:
It is a binomial experiment.
A success is a worker saying that the economy forced him to reduce the amount of vacation you plan to take this year.
The random variable x can assume any value from 0 to 20, inclusive.
Explanation:
For the question that is asked to the workers( "Has the economy forced you to reduce the amount of vacation you plan to take this year?") there are two possible answers, only two possible outcomes. So yes, it is a binomial experiment.
If it is, identify a success, specify the values of n, p, and q, and list the possible values of the random variable x.
A success is a worker saying that the economy forced him to reduce the amount of vacation you plan to take this year.
n is the amount of workers that participate in the survey. So
p is the decimal probability of a success. Forty-six percent of those surveyed say they are reducing the amount of vacation. So
q is the decimal probability of a failure. The sum of the probability of a failure and a success must be decimal 1. So
The values of the random variable x are the number of workers that say they are reducing their amount of vacation. 20 workers are surveyed, so the random variable x can assume any value from 0 to 20, inclusive.
B. Recoverability test but not fair value test
C. Not recoverability test but fair value test
D. Neither recoverability test nor fair value test
Answer: The correct answer is "C. Not recoverability test but fair value test".
Explanation: The impairment test to be used is Not recoverability test but fair value test. To determine whether intangibles of indefinite life have deteriorated and must present another value in their balance sheet, they must implement the fair value test.
Answer:
The annual worth is:________
$667,380
Explanation:
Present value of investment = $840,000
Number of years = 6
Market interest rate = 10%
Inflation rate = 3%
Real interest rate = 7%
PV Annuity factor = 4.767
Total FV of annuity = $840,000 * 4.767 = $4,004,280
Annual worth = $4,004,280/6 - $667,380
The annual worth of the investment of $840,000 will be $667,380 based on the market-adjusted interest rate of 7% (10 - 3).
The net purchase for the period will be $850.
Amount of raw material placed into production) = Opening inventory + Net purchase - Ending inventory
$400 = $50 + Net purchase - $400
Net purchase = $850
In conclusion, the net purchase for the period will be $850.
Read more about net purchase
Answer:
the net purchase is $850
Explanation:
The computation of the net purchase is shown below:
The amount of raw material placed into production = opening inventory + net purchase - ending inventory
$400 = $50 + net purchase - $400
So, the net purchase is $850
hence, the net purchase is $850
Answer:
Statement II and III
Explanation:
For Statement I
We know that in a perfect competitive market the profit is maximum where either Marginal Revenue = Marginal Cost, or the Price + Marginal Cost is the point defining the profit.
Therefore, firm having to exercise maximum power in market will produce more up till Marginal Revenue > Marginal Cost.
Therefore, statement I is false.
Statement II
For the time till when the marginal revenue is more than the marginal cost, more and more goods shall be produced to increase the quantum of profit.
as this will assure no losses up to the time where MR>MC.
Thus, statement II is true.
Statement III
If there is no cost of production then entire amount received for a good will be profit, accordingly till the time the marginal revenue does not fall to 0 the goods shall be supplied to consumers, as the entire amount received will be profit with no cost associated.
Thus, statement III is also True.