Answer:
Higher Creativity in Decision Making due to diversity and understanding of the environment in which it operates.
Explanation:
The reason is that the diversity brings access to great pool of hidden resources which we can utilize in a number of ways. People are observer and can play a vital role in the designing of strategic stance of the company. This strategy will influence company's financial position in future. So diversity helps in understanding of environment (environmental analysis) and informed decision making.
Answer:
The question is missing the below options:
$1,333.33
$1,401.49
$1,108.91
$1,282.16
$1,487.06
Monthly payment is $1,401.49 as shown below
Explanation:
In calculating the amount of each monthly payment, PMT formula in excel comes very handy.The formula is stated below:
PMT(rate,nper,pv,-fv)
The rate is the percentage of interest payable on the loan considering that repayment is made monthly, hence the rate in this case 9.2% divided by number of repayments in a year,12
rate=9.2%/12=0.007666667
nper is the number of times repayment would be made, which is calculated as five years multiplied by the number of repayments in a year i.e 5*12=60
pv is the actual amount borrowed , 80%*$84000=$67200
The fv future value is nil
PMT(0.007666667
,60,67200,0)
PMT=$1,401.49
Find attached as well.
Answer:
The multiple choices are as follows:
A: 82%
B: 83%
C: 84%
D: 85%
The correct option is C,84%
Explanation:
Loan-to-Value ratio(LTV)=loan amount/appraised value of the property
the price paid for the property was $565,000,out of which the buyer paid $94,600 from her pockets and borrowed the remainder,the remainder that was borrowed is computed thus:
amount borrowed=sales value-cash
=$565,000-$94,600=$470,400
The appraised value of the property is $560,000
LTV=$470,400/$560,000=0.84
The property loan to value ratio is 84%
Answer:
A) R(x) = 120x - 0.5x^2
B) P(x) = - 0.75x^2 + 120x - 2500
C) 80
D) 2300
E) 80
Explanation:
Given the following :
Price of suit 'x' :
p = 120 - 0.5x
Cost of producing 'x' suits :
C(x)=2500 + 0.25 x^2
A) calculate total revenue 'R(x)'
Total Revenue = price × total quantity sold, If total quantity sold = 'x'
R(x) = (120 - 0.5x) * x
R(x) = 120x - 0.5x^2
B) Total profit, 'p(x)'
Profit = Total revenue - Cost of production
P(x) = R(x) - C(x)
P(x) = (120x - 0.5x^2) - (2500 + 0.25x^2)
P(x) = 120x - 0.5x^2 - 2500 - 0.25x^2
P(x) = - 0.5x^2 - 0.25x^2 + 120x - 2500
P(x) = - 0.75x^2 + 120x - 2500
C) To maximize profit
Find the marginal profit 'p' (x)'
First derivative of p(x)
d/dx (p(x)) = - 2(0.75)x + 120
P'(x) = - 1.5x + 120
-1.5x + 120 = 0
-1.5x = - 120
x = 120 / 1.5
x = 80
D) maximum profit
P(x) = - 0.75x^2 + 120x - 2500
P(80) = - 0.75(80)^2 + 120(80) - 2500
= -0.75(6400) + 9600 - 2500
= -4800 + 9600 - 2500
= 2300
E) price per suit in other to maximize profit
P = 120 - 0.5x
P = 120 - 0.5(80)
P = 120 - 40
P = $80
The answer for this question is: Stabilize the reaction
Chemicals with highly energetic reaction will have more risk to create high-energy force if we somehow fail to contain it safely.
When you need to evacuate, this type of reaction could create an explosion, so it's really advised to stabilize the reaction first.
