The answers are the following:
a.
Brandon:
$7,000 + [($10,000/4)×3¿= $8,500
Ryan:
$7,000 + [($10,000/4)×1¿= $7,500
b.
Brandon $7,000
Ryan <span>$7,000</span>
Answer:
From zero to 33 boats option B would be best
Explanation:
Assuming the first alternative (A)is 250,000 fixed and 500 per boat
second (B) 2,500 cost per boat
and third (C) 50,000 fixed and 1,000 cost per boat
We want' to know at which level B would be the best option
we want to know when alternative C or A have a cost of 2,500 or lower:
A:
Q = 125
From this point, as fixed cost will be distribute among more units, the cost will decrease meaking C better than B
C:
Q = 33.33
From this point, as fixed cost will be distribute among more units, the cost will decrease meaking A better than B
From zero to 33 boats option B would be the best of the three options
Answer:
Ks = 4%+6% = 10%
Explanation:
so we need to remember that tax rate doesn't affect Cost of equity
in this case the formula will be:
cost of equity is equal to=dividend yield+Growth rate or Ks = D1/P + g
Camp Company's expected dividend yield ( D1) is 4%
growth rate is 6%
SO we get Ks = 4%+6% = 10%
Answer:
administrative salaries.
Explanation:
Examples of fixed costs include rental lease payments, salaries, insurance, property taxes, interest expenses, depreciation, and potentially some utilities.
Answer:
B) John can expect to earn $120,000 in revenue more by expanding, but that is less than the cost of expansion, $150,000.
Explanation:
If John decides not to expand his expected revenue will be = ($100,000 x 50%) + ($300,000 x 50%) = $50,000 + $150,000 = $200,000
If John decides to expand his expected revenue will be = ($100,000 x 30%) + ($300,000 x 30%) + ($500,000 x 40%) = $30,000 + $90,000 + $200,000 = $320,000
If John decides to expand, his revenue will increase by $120,000.
Since we are not told if John's revenue is yearly or not, I assume that it includes a whole business or project cycle. The cost of expanding is $150,000 while the incremental revenue is only $120,000.
