Answer:
that is my answer hopes it helps you
Explanation:
i say the Accounts playable and the bank
Answer:
The APY is 14.9%
Explanation:
To find the annual percentage yield we need to compute the effective annual rate of interest.
The Effective annual rate of return(EAR) is the equivalent rate to be paid where compounding is done frequently at period or interval less than a year.
Compounding implies the regular interval when interest is always computed; in this scenario, it is monthly.
The EAR can be worked out as follows
EAR = ( (1+r)^m - 1 ) × 100
r- interest rate per period
m- number of periods in a year
EAR - Effective annual rate
r = 3.5%/3 = 1.167
% per month
m= number of months in a year = 12
EAR =( 1.01167^12-1)× 100 = 14.9%
The APY is 14.9%
This implies the quoted interest rate of 3.5% per quarter is the same as paying 14.9% per year
The product life cycle (PLC) has 5 stages: product development stage, introduction stage, growth stage, maturity stage and decline stage.<span>
The strategy that includes shifting some advertising from building product awareness to building product conviction and purchase is part of the growth stage of the product life cycle. I</span><span>f the new product satisfies the market, it enters this growth stage. In the growth stage the sales will start climbing quickly.</span>
Answer:
IRR is greater than required return by 17.38 - 16.8 % = 0.58 %
so project will accept
Explanation:
given data
initial cost = $38,000
cash inflows year 1 = $12,300
cash inflows year 2= $24,200
cash inflows year 3 = $16,100
rate of return = 16.8 %
solution
we consider here IRR is = x so
present value of inflows is equal to present value of outflows .............1
we can say that it as
initial cost = present value
3800 = 
solve it we get
x = 17.38%
here IRR is greater than required return by 17.38 - 16.8 % = 0.58 %
so project will accept
Answer:
for minimum cost the intersection point should be calculated i-e
By using calculator
As x can't be negative so x=0.4828
It's the minimum value because as we decrease the operating cost further the capital value will increase so this is the minimum value.
Graphical solution:
