You are working with your project team to schedule activities for your construction project. You have the carpet installation ac
1 answer:
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Answer:
1.93%
Explanation:
The time weighted rate of return will be computed by combining the return at every time period demarcated by a withdrawal/addition.
<em>Time 1: Jan 1, 2016 to Sep 30, 2016</em>
start value = 100,000; end value = (105,000+5,000) = 110,000
Return =
<em>Time 2: Sep 30, 2016 to Sep 30, 2017</em>
start value = 105,000; end value = 108,000
Return =
<em>Time 3: Sep 30, 2017 to Dec 31, 2017</em>
start value = (108,000 + 3,000) = 111,000; end value = 100,000
Return = .
Therefore, time weighted return
= (1.1 * 1.028571 * 0.900901) - 1
= 0.019305
= 1.93%.
Answer:
<em>It will take me </em>= <em>30.99 years</em> to pay-off the borrowed amount paying $60.00 every month
Explanation:
SOLUTION:
Using the Formula: A = P(1+r/n)
Where:
A= $60.00;
P = $3,200.00;
r = 12.9%;
n = 12
t =?
Substituting the values into the Formula =
$60 = $3,200(1 + 12.9%/12)
= $60 = $3,200(1 + 12.9%/12)
= $60.00 = $3,200.00 (1 + 0.129/12)
= $60.00 = $3,200.00 (1 + 0.01075 )
= $60.00 = $3,200.00 (1.01075 )
= $60.00/$3,200.00 = $3,200.00 (1.01075 )/$3200.00
= 0.01875 = (1.01075)
= Using the law of logarithm
= log = Nlog A
=12tlog(1.01075) = log0.01875
= 12log(1.01075)/(1.01075) = log0.01875/log(1.01075)
= 12t = log(0.01875)/log1.01075
= 12t = 1.7270/0.04644
Divide 12 by both sides
=12t/12 = 371.88774/12
t= 30.9898
<em>∴ 30.99 years</em>
<em>It will take me </em>= 30.99 years to pay-off the borrowed amount paying $60.00 every month