Answer:
$175,808
Explanation:
P=R (1-(1+i)^-n)/i
Where P=780,000*90%=$702,000
R=?
i=8%
N=5 years
By putting above values in formula, we get
P=R(1-(1+.08)^-5)/.08
702,000=R*3.993
R=702,000/3.993
R=$175,808
Answer:
The options are given below:
A) competitively exclude other predators.
B) prey on the community's dominant species.
C) allow immigration of other predators.
D) reduce the number of disruptions in the community.
E) prey only on the least abundant species in the community.
the correct option is B
Explanation:
Keystone species refers to a predator which prevents a particular herbivorous species from wiping out the dominant plant species. If the number of prey are low, the keystone predators can be less abundant and still be effective. Keystone species have a disproportionately large effect on its environment relative to its abundance.
Therefore, by preying on a community's dominant species, keystone predators help to maintain the species diversity in the community, because they ensure that the dominant predators do not totally wipe out the various organisms present in the ecosystem.
Answer:
The answer is option C
Explanation:
Long Market Value - Debit = Equity %
$100,000 $60,000 $40,000 40%
If the market value declines to $60,000, the account will now show:
Long Market Value - Debit = Equity %
$60,000 - $60,000 = $0 ( 0%
)
Minimum margin is 25% of market value, i.e 25% of $60,000 = $15,000.
Therefore the customer will receive a maintenance call for $15,000.
Answer:
Value of equity = 9,000 x $26.80 = $241,200
Value of debt issued = $39.932
Value of equity after debt repayment = $241,200 - $39,932
= $201,268
No of equity outstanding after debt repayment = <u>$201,268</u>
$26.80
= 7,510 shares
Explanation:
In this regard, there is need to determine the value of equity after debt repayment, which is value of equity minus value of debt repaid. Then,we will divide the value of equity after debt repayment by the value of equity per share. This gives the number of shares outstanding after debt repayment.