Answer:
Allocated administrative cost for mixing is $81000
And allocated administrative cost for for bottling is $81000
Explanation:
We have given total number of employs for mixing = 350
And total number of employs for bottling = 350
Administrative cost = $162000
So total number of employs = 350+350 = 700
So allocation base for mixing 
So allocated amount for mixing = 0.5×$162000 = $81000
Allocation base for bottling = 
So allocated amount for bottling = 0.5×$162000 = $81000
The u.s. department of veterans affairs used the waterfall software development approach would likely have benefit because it offers wide variety to accommodate and collect data.
Software upgradation in an organisation is a bit difficult and managing them individually according to the departments and an integrated software can only accommodate and collect data properly.
The development approach here also signifies a good team of people who can actually apply software development techniques that can easily be used by everyone in the firm.
To learn more about development approach here,
brainly.com/question/4326945
#SPJ1
Answer:
30.92%
Explanation:
You find the answer by calculating the cost of equity using two methods; Dividend discount model and CAPM
<u>Dividend discount model;</u>
cost of equity; r = (D1/P0) +g
whereby, D1 = next year's dividend = 3.00
P0= current price = 13.65
g = dividend growth rate = 11% or 0.11 as a decimal
r = (3/13.65) + 0.11
r = 0.2198 + 0.11
r= 0.3298 or 32.98%
<u>Using CAPM;</u>
r = risk free + beta (Market risk premium)
r = 0.049 + (2.8 * 0.0856)
r = 0.049 + 0.2397
r = 0.2887 or 28.87%
Next, find the average of the two cost of equities;
=(32.98% + 28.87% )/2
= 30.92%
Answer:
Its action would be optimal given an ordering cost of $28.31 per order
Explanation:
According to the given data we have the following:
economic order quantity, EOQ= 55 units
annual demand, D=235
holding cost per one unit per year, H=40%×$11=$4.4
ordering cost, S=?
In order to calculate the ordering cost we would have to use the following formula:
EOQ=√(<u>2×D×S)</u>
(H)
Hence, S=<u>(EOQ)∧2×H</u>
2×D
S=<u>(55)∧2×4.4</u>
2×235
S=<u>13,310</u>
470
S=$28.31
Its action would be optimal given an ordering cost of $28.31 per order
Answer:
8.14 times
Explanation:
The computation of the Time interest earned ratio is shown below:
As we know that
Times interest earned ratio = (Earnings before interest and taxes) ÷ (Interest expense)
where,
Earnings before interest and taxes = Income before income tax for the year + Interest expense
But before tha, we need to do the following calculations
The interest amount is
= $350,000 × 0.08
= $28,000
The net profit is
= $1,750,000 × 8%
= $140,000
The EBIT is
= Profit before tax + interest expense
= $140,000 ÷ (1 - 0.30) + $28,000
= $200,000 + $28,000
= $228,000
And, the interest expense is $28,000
So, the TIE ratio is
= $228,000 ÷ $28,000
= 8.14 times