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ogrady_apparel_case_study100an_2_1.docx

Running Head:O’GRADY APPAREL CASE STUDY 1

O’GRADY APPAREL CASE STUDY 4

Integrative Case 6 O’Grady Apparel Company

Name of student

Name of paper

Professor’s name

Date Due

Answer;

From part a , after-tax –cost for each source of financing under respective ranges are :

Source of capital

Range of New Financing

After -Tax -Cost(%)

Long -Term Debt

$0-$700,000

12.5%*(1-0.4)=7.50%

 

$700,000 and above

18%*(1-0.4)=10.80%

Preferred Stock

$0 and above

17%*(1-0.4)==17.94%

Common stock equity

$0 - $1,300,000

($1.76/$20)*100%+15%=23.80%

 

$1,300,000 and above

($1.76/$16)*100%+15%= 26%

Calculations ;

Cost of debt =rd(1-T)

For the range $0-$700,000;rd=12.5%

Before tax cost of debt, rd ={ I+(par-value -Nd)/n}/{(Nd+Par value)/2}, where Nd Nd=Net process from sales=Sales-Flotation cost - Premium (or discount), I= Interest in dollars, n= Number of years of maturity

rd={I+($1000-Nd)/n}/{(Nd+$1000)/2}

= {120+($1000-$970)/10}/{($970+$1,000)/2} = 0.125 or 12.5%

Assuming leveraged capital structure consisting of 50% long-term debt, 10% preferred stock, and 40% common stock , the breakeven points for common stock and long term debt are;

Common stock equity;$1,300,000/40% =$3,250,000

Long term debt: $700,000/50%= $1, 400,000

Thus the new Weighted Average Cost of Capital (WACC) capital structure ;

Range

Calculations

WACC

$0- $1,400,000

(0.5*0.075)+(0.10 *0.179) +(0.40*0.238)

15.060%

$1,400,001 - $3,250,000

(0.5*0.108)+(0.10 *0.179) +(0.40*0.238)

16.710%

Above $3,250,000

(0.5*0.108)+(0.10 *0.179) +(0.40*0.260)

17.590%

From b) , the break even points are ;

Common stock equity ;$1,300,000/65% =$2,000,000

Long term debt: $700,000/25%= $2, 800,000

Range

Calculations

WACC

$0- $2,000,000

(0.25*0.075)+(0.10 *0.179) +(0.65*0.238)

19.135%

$2,000,001 - $2,800,000

(0.25*0.075)+(0.10 *0.179) +(0.65*0.26)

20.565%

Above $3,250,000

(0.25*0.108)+(0.10 *0.179) +(0.65*0.260)

21.390%

d.)1.The effect of shifting to a capital structure that includes more debt while keeping the cost of each financing source the same is that , it will lead to change in the weighted average cost of the capital(WACC) .

d.)2 . A more leveraged capital structure usually has a lower weighted average cost of capital. The cost of equity is greater than cost of debt. In this regard the cost of capital of the new capital structure ( capital structure consisting of 50% long-term debt, 10% preferred stock, and 40% common stock ,) is lower than the cost of capital of the original capital structure. Therefore , the new capital structure seems better than the original one. Nevertheless, the new capital structure is coupled with more financial risk as it includes more debt .