Answer:
The answer is 9.85%
Explanation:
The number of periods N = 9years(10 years minus 1 year ago)
Yield to Maturity (I/Y) = ?
Present value of the bond (PV) = $950.70
Future value of the bond(FV) = $1,000
Annual payment (PMT) = $90 (9% x $1,000)
Using a financial calculator to solve the problem ( BA II plus Texas instruments):
Yield to Maturity (I/Y) = 9.85%
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
These results are evidence of
"<span>
the endowment effect".</span>
The endowment effect<span>, in behavioral finance<span>, portrays a situation in which an individual qualities
something that they officially possess more than something that they don't yet
claim. Studies have indicated over and again that individuals will esteem
something that they effectively claim more to a comparable thing they don't
possess. It doesn't make a difference if the thing being referred to was bought
or gotten as a gift, the impact still stays.</span></span>
Answer:
Increase
The accounts receivable asset shows how much money customers who bought products on credit still owe the business; this asset is a promise of cash that the business will receive. Cash doesn’t increase until the business collects money from its customers.
Answer:
Explanation:
Let D be the event that the lost card is a diamond
and D' be the event that the lost card is a non diamond
Therefore,
P(D) = 
= 0.25
P(D') = 
= 0.75
Now,
Event that the cards picked up are both diamonds = A
Thus,
P( A | D) = 
[ As One Diamond Card is lost ]
And,
P(A | D') = 
[ As One Non-Diamond card is lost ]
Therefore,
P(A) = P(D) × P(A | D) + P(D') × P( A | D')
= 0.25 × + 0.75 ×
=
