Answer:
Explanation:
Using the EOQ Formula = EOQ
D = Demand = 773
O = Ordering Cost =28
H = holding Cost = 11*33% =3.63
So we have :
EOQ=
EOQ= 
EOQ=
EOQ= 
EOQ= 109.20196
Previous per unit order cost = 28/773 =0.03622
No of Orders = D/o
No of Orders = 773/109.20196 =7.0786
Cost per order =109.20196*0.03622 =3.9555
Total order cost= 7.0786*3.9555=27.9998
At EOQ holding Cost is equal to Order Cost
New Order cost =27.9998
Holding Cost = 27.9998
New cost As per EOQ = 56
Previous (33+28) = 61
Net Saving = 5
The republic of south Africa exports edible fruits and nuts into the common market known as the European union, and imports from the European union other products which south Africa could produce but at a higher cost than what it costs the Europeans to produce. this practice follows the theory of comparative advantage.
Comparative gain is an economic system's potential to supply a specific proper or provider at a reduced possibility rate than its buying and selling partners. Comparative benefit is used to provide an reason for why organizations, countries, or people can benefit from trade.
For instance, if a country is skilled at making each cheese and chocolate, they will decide how much tough work is going into producing each right. If it takes one hour of exertions to produce 10 devices of cheese and one in each of of tough paintings to deliver 20 devices of chocolate, then this united states has a comparative benefit in making chocolate.
Comparative advantage, monetary precept, first developed via 19th-century British economist David Ricardo, that attributed the reason and advantages of global alternate to the variations within the relative possibility costs (prices in phrases of other objects given up) of producing the same commodities amongst global locations.
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Answer:
b. $.66
Explanation:
The computation of the per share value for the one year is
Given that
Current Price = $43
Possible Prices = $42 and $46
Now
u = [($46 - $43) ÷ $43] + 1
= 1.06977
And
d = 1 - [($42 - $43) ÷ $43]
= 0.9767
And,
Risk-Free Rate = T-Bill Rate = Rf = 4.1 %
Now the up move price probability is
= [(1 + Rf) - d] ÷ [u - d]
= [(1.041) - 0.9767] ÷ [1.06977 - 0.9767]
= 0.69088
And,
Exercise Price = $ 45
Now
If the Price is $42, so Payoff = $0
And
if the Price is $46, so Payoff =is
= ($46 - $45)
= $1
Finally the call price is
= [0.69088 × 1 + (1 - 0.69088) × 0] ÷ 1.041
= $0.66367
= $0.66
Answer:
Answer is explained in the explanation section below.
Explanation:
Data Given:
Material Cost Per Trailer = $500
Material Cost plus Profit Per Trailer (15%) = $500 + 75 = $575
Selling Price = $1000
Labor Cost Remaining Per Trailer = $425
Formula to Calculate the number of Trailers:
X = X1 (
)
Where,
N = number of Trailers
S = Slope Parameter
X = $425
X1 = $700
So, First we need to find the slope parameter, in order to calculate the number of trailers to be built.
S = 
where, α = 0.85 rate of improvement.
Plugging in the values into the formula, we get:
S = 
S = -0.234
Now, we can easily find the number of trailers.
X = X1 ()
Plugging in the values,
425 = 700 x (
)
Solving For N, we get:
N = 8.4 Trailers
N = 9 Trailers.
Hence, 9 Trailers must be built in order to realize this rate of profit.
