Answer:
B) data mining
Explanation:
Data Mining refers to the process of discovering patterns in large data sets using techniques like machine learning, statistics or database systems. The company uses this process to turn raw data into useful information for marketing , sales or cost management.
Answer:
the answer is =32291.67.
The firm should take the advantage of the new quantity as the total cost is lesser as compared with the old supplier. the firm can save $340 by approximately taking the advantage of the new quantity discount.
Explanation:
Solution
Given that:
The Annual demand D = 5000 boxes
The Cost C = $6.4 per each box
The Carrying cost H = 25% of the unit cost = 0.25*6.4 = 1.6
The ordering costs S = $25.00
Now,
EOQ =√2DS/H
EOQ =√(2*5000 * 25)/1.6
Thus,
EOQ =Q = 395.28
The Total cost = DC + (Q/2)H + (D/Q)S
= 5000*6.4 + (395.28 /2) 1.6 + (5000/395.28)25
Then,
T = 32000 + 316.23 + 316.23
= 32632.46
So,
The new supplier has offered to sell the same item for the amount of $6.00 if Q = 3,000 boxes
Hence,
The total cost = 5000 * 6 + (3000/2)1.5 + (5000/3000)25
= 30000 + 2250 + 41.67
= 32291.67
Therefore, The firm should take the advantage of the new quantity as the total cost is lesser as compared with the old supplier. the firm can save $340 by approximately taking the advantage of the new quantity discount.
Answer:
Tray's opportunity cost is not being able to purchase lunch, the alternative tray decided not to take would I assume to be just getting gas and to eat at his house.
Answer: See explanation
Explanation:
The formula to use here will be:
required rate = risk free rate + beta × (market return - risk free rate).
where,
risk free rate = 5%
beta =0.20.
market return = -30%.
Therefore,
required return = 5% + 0.20 × (-30% + -5%)
= 5% + 0.2(-35%)
= 5% - 7%
= -2%
Therefore, the return on portfolio should have been -2% but the portfolio manager produced a return of −10%
Since -10% is lower than -2%, we can deduce that the claim of the manager is wrong.
Answer:
$1,081.53
Explanation:
The computation of the direct price of the bond is shown below:
= Quoted price of the bond + accrued interest payment
where,
Accrued interest payment equal to
= Face value of the bond × number of months ÷ total number of months in a year × coupon rate
= $1,000 × 2 months ÷ 12 months × 6.92%
= $11.53
So, the dirty price is
= $1,070 + $11.53
= $1,081.53
