C68, C74, C90, B140, C112, F161, F166, E172, E178 are cells

Question # 00108366 Posted By: solutionshere Updated on: 09/26/2015 10:56 AM Due on: 10/26/2015
Subject Business Topic General Business Tutorials:
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Module 5 Student Version 4/4/96 Financial Statements for the Year Ended December 31, 1995 (Millions)
STUDENT version instructions
ACE REPAIR, INC. Cash & Sec. $5.0 A/P $39.0
Cost of Capital (Easy) A/R 46.3 Accruals 14.7
Inventory 74.1 N/P 35.5
This case illustrates the cost of capital estimation process. It ------ ------
demonstrates (1) the mechanics of determining the component costs of CA $125.4 CL $89.2
capital--specifically debt, preferred stock, and common equity, (2) the Net Fixed Assets 93.1 LT Debt 40.0
effects of changes in the the target capital structure on the WACC, (3) Pref. Stk 10.0
the effects of callable bonds on the cost of debt, (4) and when to use Common Stk 20.0
YTC vs. YTM as the component cost of debt. RE 59.3
------ ------
Investment opportunities are also evaluated, and the marginal cost of Tot Assets $218.5 Tot Claims $218.5
capital (MCC) schedule is combined with an investment opportunity ====== =======
schedule (IOS) to illustrate the role of the cost of capital in the = = = = = =
capital budgeting process. To view a graph of the MCC and IOS Sales $400.5
Schedules, click on the 'MCC-IOS' tab at the bottom of the workbook. Operating costs excluding depreciation 364.6
To return to the model, click on the tab labelled 'CASE 54M.' Depreciation 4.1
-------
The model is long, because it does a lot of little calculations, Total Operating Costs $368.7
and also because we copied values to use the IRR functions to find -------
bond yields. Because of its length, it may take a while to operate the Earnings before interest and taxes (EBIT) $31.8
model, and it would be easy to mess it up. It would be easier to not Less Interest 6.6
use the model unless you plan to do sensitivity analysis. -------
Earnings Before Taxes (EBT) $25.2
If you are using the student version of the model, the following cells Taxes 10.1
have been blanked out: C68, C71, C74, C90, B140:B141, C112, F161, F163, -------
F166, E172, E174, E177:E178, D183, E187, and B201. Before using the Net Income before preferred dividends $15.1
model, it is necessary to fill in the empty cells with the appropriate Preferred dividends 0.8
formulas. Once this is done, the model is ready for use. -------
Net income available to common stockholders $14.3
=======
Common dividends $2.9
Addition to retained earnings $11.5
=======
EPS $2.30
This model is quite large, but is broken down into easy to find sections. DPS $0.46
These sections can be reached by looking for the Named Range of the = = = = = =
area. To access the area, press F5 and then type the name of the area Cur Ratio 1.41 Profit Margin on Sales 3.58%
detailed below, that you wish to go to. Quick Ratio 0.58 Basic earning pwr ratio 14.55%
Section Range Name Inv. Turnover 5.40 Return on Capital 13.18%
- - TA Turnover 1.83 Return on Assets 6.55%
1. Model Instructions Instructions D/A ratio 59.1% Book Value per Share $12.74
2. Variable Input/Key Output Input/output P/E ratio 13.3 Market/Book Ratio 2.39
3. Balance Sheet & Income Statement Finstmt E/P ratio 7.54% TIE Ratio 4.82
4. Calculate Historical Growth Rate Growth PO Ratio 20.0% ROE 18.1%
5. Cost of Debt Calculations Debt
6. Calculation of Weighted Avg. Cost of Capital WACC Capital Structure:
7. Selection of Optimal Capital Budget Capbud BV $ BV % MV $ MV %
8. Graph Data for MCC and IOS graphs GraphData LT Debt 40.00 30.9% 48.36 20.3%
Preferred 10.00 7.7% 0.00 0.0%
Common 79.30 61.3% 189.90 79.7%
- - - -
Total 129.30 100.0% 238.26 100.0%
= = = = = =
INPUT DATA (Totals in Millions): KEY OUTPUT: Regression Method for Determining the Historical Growth Rate:
Stock price (Po) $30.50 Debt:
Earnings per share (EPSo) $2.30 YTM 3.89% (1) Convert DPS to @ln(DPS) and then run a regression between years
Last dividend (Do) $0.46 YTC -73.53% (the x variable) and the natural log of dividends (the Y variable).
Analysts "L-R" growth rate 16.00% (2) The regression coefficient is the exponent in the expression e^x.
Common Equity: (3) Find the growth rate as @exp(x) - 1.
Constant DCF k 17.75%
CAPM k 16.34% DPS Ln(DPS)
Payout ratio (PO) 20.00% k=kd+RP 12.00% 1991 $0.12 -2.1203
No. shares outstanding (N) 6.2261 1992 0.30 -1.2040
Return on market (km) 12.57% ks (Avg CAPM + RP) 14.17% 1993 0.30 -1.2040
Risk-free rate (krf) = 1994 0.33 -1.1087
Beta (b) 1.30 1995 0.46 -0.7765
Preferred Stock:
Risk Prem over own bond, RP 4.00% kps 0.00% Regression Output:
kd for avg. A-rated firm 8.00% Constant -555.89
WACC1 10.65% Std Err of Y Est 0.27448
Price of Preferred Stock WACC2 0.00% R Squared 0.77407
Preferred dividend (Dp) $8.00 RE Breakpt $4.5000 No. of Observations 5
No. prf shrs out. (Million) 0.10 Degrees of Freedom 3
Accepted Projects: Project's
Par value of bonds $1,000.00 Num./rank ROR Cost X Coefficient(s) 0.2783
Coupon rate (semiannual) 10.00% 1 13.00% $25.00 Std Err of Coef. 0.0868
Current price $1,209.00 2 12.00% 15.00
Call price $1,100.00 3 11.00% 30.00
Years to maturity (2012) 17.00 4 10.00% 10.00 @EXP(X coeficient) = 1.3209
Years to call (1998) 3.00 - Growth rate = 32.1%
Total Capital Budget = $80.00
= Point-to-Point Growth Rate based on @RATE:
Tax rate (T) 40.00% Target cap structure:
For'cst comm earnings, 1996 $17.127 % long-term debt 30.00% g = 39.9%
Depreciation 4.5 % preferred stock 5.00%
Flot. cost, common 30.00% % common equity 65.00%
Flot. cost, preferred
Investment Projects (Cost in Millions): (OUTPUT):
Number/rank Cost Life Ann. CF IRR:
1 $25.00 5 $7.10786 13.00%
2 $15.00 7 3.28677 12.00%
3 $30.00 5 8.11711 11.00%
4 $10.00 6 2.29607 10.00%
===================================================================
|::
Cost of debt calculations (17 years remaining, semiannual compounding)
Cash flows Cash flows
if bond is if bond is
6-mo period not called called
------ ------------ ----------
0 ($1,209.00) ($1,209.00)
1 $50.00 $50.00
2 $50.00 $50.00
3 $50.00 $50.00
4 $50.00 $50.00
5 $50.00 $50.00
6 $50.00
7 $50.00
8 $50.00
9 $50.00
10 $50.00
11 $50.00
12 $50.00
13 $50.00
14 $50.00
15 $50.00
16 $50.00
17 $50.00
18 $50.00
19 $50.00
20 $50.00
21 $50.00
22 $50.00
23 $50.00
24 $50.00
25 $50.00
26 $50.00
27 $50.00
28 $50.00
29 $50.00
30 $50.00
31 $50.00
32 $50.00
33 $50.00
34 -
YTM 3.89%
YTC -73.53%
Which yield would investors probably earn on the bonds?
What interest rate would the company probably have to pay
if it issued new 3-year bonds?
What interest rate would the company probably have to pay
if it issued new 20-year bonds?
Component cost of retained earnings:
DCF (based on "L-R" g) 1.75% 16.00% 17.75%
CAPM 0.00% 16.34% 16.34%
Risk premium method: kd+RP 8.00% 4.00% 12.00%
------
Average to use for ks (disregard DCF number): 14.17%
======
Component cost of ext. equity:
Ke as estimated with Constant Growth Model with Po = 30.5(1-F)
= $21.35:
Flotation adjustment: -17.75%
Flotation-adj ke based on avg. ks: 0.00%
Cost of preferred stock (Dps/Pn):
WACC calculations (In Millions of Dollars, BOOK VALUES)
RE = Forecasted earnings * (1-Payout ratio)
BP RE = RE Breakpoint= RE/(target % common equity) + Depr'n
Retained Earnings (RE, in millions):
Depreciation (DEP, in millions): $4.50
BP RE (incl Deprn): (BP = 21.08 w/o deprn) $4.50
WACC = wd*Kd(1-T) + wps*Kps + wce*(Ks or Ke)
WACC1, when Equity is from RE: 10.65%
WACC2, when Equity is from New Common Stk:
Based on MARKET VALUES, the results would be different:
Total MV capitalization: LT debt $48.36 20.30%
Preferred 0.00 0.00%
Common 189.90 79.70%
- -
$238.26 100.00%
Increase:
WACC1, when Equity is from RE: 12.27% 1.62%
WACC2, when Equity is from New Common Stk: 0.97% 0.97%
This would substantially change the accepted projects and the cap. bud.
- - - - - -
Capital Budgeting Projects (In Millions of Dollars)
Period Project 1 Project 2 Project 3 Project 4
0 -25.00000 -15.00000 -30.00000 -10.00000
1 7.10786 3.28677 8.11711 2.29607
2 7.10786 3.28677 8.11711 2.29607
3 7.10786 3.28677 8.11711 2.29607
4 7.10786 3.28677 8.11711 2.29607
5 7.10786 3.28677 8.11711 2.29607
6 3.28677 2.29607
7 3.28677
IRR: 13.00% 12.00% 11.00% 10.00%
Range of financing: Capital Cost:
$0.0000 10.7000%
Up to: $4.5000 10.7000%
Over: $4.5001 0.0000%
Optimal Capital Budget:
Project
Number/Rank ROR Project Cost
- ----- -
1 13.00% $25.00
2 12.00% $15.00
3 11.00% $30.00
4 10.00% $10.00
-
$80.00
=
MCC and IOS Data for Graph:
IOS
$ Amount WACC (Investment Return)
-------- ------ -----------
0.000 10.65% 13.00%
5.000 0.00% 13.00%
10.000 0.00% 13.00%
15.000 0.00% 13.00%
20.000 0.00% 13.00%
25.000 0.00% 13.00%
25.001 0.00% 12.00% Set manually
4.500 10.65% 13.00% Set manually
4.501 0.00% 13.00% Set manually
30.000 0.00% 12.00%
35.000 0.00% 12.00%
40.000 0.00% 12.00%
40.001 0.00% 11.00% Set manually
45.000 0.00% 11.00% Set manually
50.000 0.00% 11.00%
55.000 0.00% 11.00%
60.000 0.00% 11.00%
65.000 0.00% 11.00%
70.000 0.00% 11.00%
70.001 0.00% 10.00% Set manually
75.000 0.00% 10.00% Set manually
80.000 0.00% 10.00%
85.000 0.00% 10.00%
----------------------------------------------------------------------------
END.
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Tutorials for this Question
  1. Tutorial # 00102791 Posted By: solutionshere Posted on: 09/26/2015 10:56 AM
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    The solution of C68, C74, C90, B140, C112, F161, F166, E172, E178 are cells...
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