<span>Year Cash Flow
0 -$46,400
1 18,000
2 33,530
3 4,600</span>
<span>NPV = -$46,400 + $18,000 / (1 + 0.09) + $33,530 / (1 + 0.09)2 + $4,600 / (1 + 0.09)3 =
</span><span>-$1,574.41</span>
Answer: A. Stark industries should acquire LENS
Explanation:
Based on the information given in the question, the best strategy that Dev should suggest is that Stark industries should acquire LENS.
Since Stark Industries require the material from LENS and it's difficult to trade, the best option is to acquire it. The acquisition will make the production of the high-quality HD movie cameras easier.
It should be noted that entering into a competition with LENS is not advisable as that'll lead to the material not gotten. Also, a short or long term agreement isn't advisable as well.
Therefore, the correct option is A.
Answer:
50%
Explanation:
Here is important to know that when we have the inflation rate (1,50% in this case) this indicator is enough to get the effect of the prices in an economy and get the nominal GDP affected by prices, so if the price level is 1,50% after the comma we have the average of the growth.
Answer:
The quarterly deposit required is $980.69
Explanation:
Giving the following information:
I will assume that the retirement age is 65 years.
First, we need to calculate the future value required one year after retirement.
FV= 40,000*20= $800,000
Number of years= 66 - 30= 36 years*4= 144
Interest rate= 0.08/4= 0.02
Now, to calculate the quarterly deposit required, we need to use the following formula:
FV= {A*[(1+i)^n-1]}/i
A= quarterly deposit
Isolating A:
A= (FV*i)/{[(1+i)^n]-1}
A= (800,000*0.02) / [(1.02^144)-1]
A= $980.69
Answer: $1,000
Explanation:
Given Data;
Total government demand is Q = 800 -10P
marginal cost (Mc) = $50
contracted price (cp) = $70 per unit
Therefore;
Marginal Revenue ( MR ) = Marginal Cost ( MC)
Q = 800 -10P
800 - Q = 10P
Divide through by 10, where Q = 1
800/10 - 1/10 = P
80 - 0.1Q = P
Total Revenue(TR) = PQ
TR = 80 - 0.1Q
MR = MC
where MC = $50
80 - 0.1Q = 50
Collecting like terms
80 - 50 = 0.1Q
30 = 0.1 Q
Divide both side by 0.1
Q = 300
Price would be
P = 80 - 0.1Q
P = 80 - 0.1(300)
P = $50
MC = 40
Producing Q units
Total Cost (TC ) = 40 * ( 300 )
= $12,000
Total profit
= TR - TC
= ( P * Q ) - $12,000
= ( $50 * 300 ) - $12,000
= $15,000 - $12,000
= $3,000
Changes caused by regulations
Contracted price = $70
Quantity = 100Units
TT’ = ( P * Q ) - TC
= ( 70 * 100 ) - ( 50 * 100 )
= $7,000 - $5,000
= $2,000
TT - TT’ = $ ( 3000 - 2000 )
= $1,000
If legislation is passed all profit would reduce by $1,000
