Answer:
Results are below.
Explanation:
<u>To calculate the price of each bond, we need to use the following formula:</u>
Bond Price= cupon*{[1 - (1+i)^-n] / i} + [face value/(1+i)^n]
<u>Bond X:</u>
Coupon= (0.11/2)*1,000= $55
YTM= 0.09/2= 0.045
Years to maturiy= 11 years
Bond Price= 55*{[1 - (1.045^-11)] / 0.045} + [1,000/(1.045^11)]
Bond Price= 469.1 + 616.2
Bond Price= $1,085.3
<u>Bond Y:</u>
Coupon= (0.09/2)*1,000= $45
YTM= 0.11/2= 0.055
Years to maturiy= 11 years
Bond Price= 45*{[1 - (1.055^-11)] / 0.055} + [1,000/(1.045^11)]5
Bond Price= 364.16 + 554.91
Bond price= $919.07
Answer:
47.37%
Explanation:
The capital budget is $625,000 out of which 40% is equity and the rest 60% is debt. The company forecasts the net income for the year to be $475,000. Grandin Inc. follows residual dividend policy and pays out all the residual income to its shareholders as dividend.
The portion of equity in the capital budget is $625,000 * 40% = $250,000
The net income potion which will be attributable to equity shareholders is
$250,000 / $475,000 = 47.37%
Answer:
The annual rate of return is -2.83%
Explanation:
The annual rate can be calculated from the formula FV=PV*(1+r)^N
Where FV is the future value of the investment
PV is the amount invested which is $276,500
N is 9 years
213600=276,500*(1+r)^9
213600/276500=(1+r)^9
divide index on both sides by 9
(213600/276500)^1/9=1+r
(213600/276500)^1/9-1=r
r=-0.02827109
r=-2.83%
Hence the annual rate of return on the investment is -2.83%, which means the investment depleted by 2.83% from initial invested amount of $276,5000 to $213,600 after nine years
Answer:
1000
Explanation:
The economic order quantity is given by the formula = Square root of [ (2 * D * S ) / (H) ]
D = Annual Demand = 2000*6=12000 numbers (six rotor for each pump)
S = Unit Order Cost = $ 250 / order
H = Inventory Holding Cost = 10% of Unit Cost = 10% of 60 = $ 6
The economic order quantity is given by the formula = Square root of [ (2 * D * S ) / (H) ]
Economic Order Quantiity = Squareroot of { (2 * 12000 * 250) / (6) }
Economic Order Quantiity = Squareroot of { 1,000,000 }
Economic Order Quantiity = 1000 numbers.
Answer:
LaKeisha Thompson
a. At the end of four years, the total amount invested is:
= $6,000
b. At the end of four years, the total number of shares purchased is:
= 166.81
c. At the end of four years, the average cost for each share is:
= $35.97.
Explanation:
a) Data and Calculations:
Investments in Oakmark I Fund:
Year Investment Price Number
Amount per share of share
Feb 2008 $1,500 $40 37.50
Feb 2009 1,500 30 50
Feb 2010 1,500 34 43.60
Feb 2011 1,500 42 35.71
Total $6,000 166.81
Average cost per share = $35.97 ($6,000/166.81)
