Answer:
The answer is 30%
Explanation:
Solution
Given that:
Project A
Project A costs = $350
Cash flows =$250 and $250 (next 2 years)
Project B
Project B costs =$300
Cash flow = $300 and $100
Now what is the crossover rate for these projects.
Thus
Year Project A Project B A-B B-A
0 -350 -300 -50 50
1 250 300 -50 50
2 250 100 150 -150
IRR 27% 26% 30% 30%
So,
CF = CF1/(1+r)^1 + CF2/(1+r)^2
$-50 = $-50/(1+r)^1 + $150/(1+r)^2
r = 30%
CF = CF1/(1+r)^1 + CF2/(1+r)^2
$50 = $50/(1+r)^1 + $-150/(1+r)^2
r = 30%
Hence, the cross over rate for these project is 30%
Note:
IRR =Internal rate of return
CF =Cash flow
r = rate
Hey there,
Your question states: <span>Which of the following best explains why zoos are not affected by the threat of new entrants?
Based on the option's above, I feel like the answer would be (</span><span>Starting a zoo has a high entry cost.) Because by doing this, this could make to (zoo) in better quality. So when things go down like (a cage) for example, they could easily pay it back with all the extra money they have.
Hope this helps.
~Jurgen</span>
<span>The answer is true. The anthropologists
have main ethical obligations to the people, species, and materials they
research and to the people with whom they work. These duties can exchange the
goal of seeking new knowledge, and can lead to decisions not to start or to stop
a research project when the primary obligation conflicts with other
responsibilities, such as those unsettled to sponsors or clients.</span>
The source of energy during the energy investment phase of Glycosis are two ATP molecules.
Explanation:
During the energy investment phase of glycolysis , the energy source comes from two ATP molecules which then results in the formation of the two molecules of glyceraldehyde phosphate.
The two molecules of glyceraldehyde phosphate are then used for the second process of glycosis in which energy is emanated and not invested.
Glycosis is the process that is characterized by the breakdown of enzymes into smaller molecules and constituent elements.
Answer:
b. 18,602 units.
Explanation:
First, we need to use last year's information to determine last year's fixed costs.
Price (P1) = $7.68
Variable costs (VC1) = $2.25
Units sold to break-even (n1) = 21,800
At the break-even point, net income is zero and the fixed cost can be found by:
With information from last, information for the current year can be determined:
Price (P2) = $10.00
Variable costs (VC2) = $2.25 x 1.3333 = $3.00
Fixed cost (FC2) = $118,374 x 1.10 = $130,211.4
The number of units required to break even is:
Rounding up to the nearest whole unit, Dorcan Corporation must sell 18,602 units to break-even.
