Accounting and Finance Solved Assignments and Essays
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This document contains solved assignments and essays for Accounting and Finance courses. It covers topics such as rate of return, future value, corporate tax rates, and investment options. The solutions are presented in a step-by-step manner with relevant formulas and calculations. The document also includes visual aids such as graphs and scatter plots to aid in understanding.
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ACCOUNTING & FINANCE
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Question 1
(a) Rate of return R = 6% p.a.
Number of years = 7 years
Amount needs to pay for the investment opportunity =?
Cash flows
Present value= FV
(1+ R)N
Here,
Present value= {( 3000
1.06 ) +
( 6500
1.062 ) + ( 280
1.063 ) +
( 1400
1.064 ) + ( 3000
1.065 ) +
( 10000
1.067 ) }
Present value=$ 70,916.3
Amount that Scotty needs to pay for the investment opportunity is $70,916.3.
(b) Monthly repayment amount =?
Cost of apartment P=$ 1.8 million
1
(a) Rate of return R = 6% p.a.
Number of years = 7 years
Amount needs to pay for the investment opportunity =?
Cash flows
Present value= FV
(1+ R)N
Here,
Present value= {( 3000
1.06 ) +
( 6500
1.062 ) + ( 280
1.063 ) +
( 1400
1.064 ) + ( 3000
1.065 ) +
( 10000
1.067 ) }
Present value=$ 70,916.3
Amount that Scotty needs to pay for the investment opportunity is $70,916.3.
(b) Monthly repayment amount =?
Cost of apartment P=$ 1.8 million
1
Nominal interest rate of loan R=5 % p . a.∨0.4167 per month
Time period N¿ 30 years∨360 months
The relevant formula is shown below.
Monthly repayment amount= P∗R∗( 1+ R )N
(1+R )N −1 = ( 1800000 )∗( 0.004167 )∗( 1+ 0.004167 )360
( 1+0.004167 )360 =$ 9,662.79
(c) (i) Future value of monthly saving deposits =?
Future value of lump sum deposit =?
Ben has amount to invest = $50,000
Total monthly payment = N=(35∗12)=420
Interest rate R=7 %p.a ¿ 0.5833 per month
Monthly payment amount =$1500
These monthly payment would be as annuity payment for total period of 25 years. Further, it has
been assumed that first payment will either be started from today or at the starting period.
Let, the first payment will either be started from today
Future value of annuity= (1+ R )∗P∗ { ( 1+R )N −1
R }=¿ ( 1+0.005833 )∗1500∗[ ( 1+0.005833 )420−1
0.005833 ]
Future value of annuity=$ 2,717,341.13
Future value of monthly saving deposits would be $ 2,717,341.13
Further,
Future value =PV ( 1+ R ) N=50,000 ( 1+0.005833 ) 420=$ 575,307.6
Future value ∑ deposit =$ 2,717,341.13+$ 575,307.6=$ 3,292,648.72
2
Time period N¿ 30 years∨360 months
The relevant formula is shown below.
Monthly repayment amount= P∗R∗( 1+ R )N
(1+R )N −1 = ( 1800000 )∗( 0.004167 )∗( 1+ 0.004167 )360
( 1+0.004167 )360 =$ 9,662.79
(c) (i) Future value of monthly saving deposits =?
Future value of lump sum deposit =?
Ben has amount to invest = $50,000
Total monthly payment = N=(35∗12)=420
Interest rate R=7 %p.a ¿ 0.5833 per month
Monthly payment amount =$1500
These monthly payment would be as annuity payment for total period of 25 years. Further, it has
been assumed that first payment will either be started from today or at the starting period.
Let, the first payment will either be started from today
Future value of annuity= (1+ R )∗P∗ { ( 1+R )N −1
R }=¿ ( 1+0.005833 )∗1500∗[ ( 1+0.005833 )420−1
0.005833 ]
Future value of annuity=$ 2,717,341.13
Future value of monthly saving deposits would be $ 2,717,341.13
Further,
Future value =PV ( 1+ R ) N=50,000 ( 1+0.005833 ) 420=$ 575,307.6
Future value ∑ deposit =$ 2,717,341.13+$ 575,307.6=$ 3,292,648.72
2
Future value of lump sum deposit would be $ 3,292,648.72.
(ii) Annual pension that would be received by Ben after retirement =?
Future value of sum amount = $200,000
Rate of interest = 5% p.a.
Number of years = 25 years
Now,
Present value= FV
(1+ R)N = 200000
( 1+0.05 )25
Present value=$ 59060.55
Let x is the amount for which the annuity would be derived for 25 years.
x=$ 3,292,648.72−$ 59060.55=$ 3,233,588.17
Further,
Let y is the annuity amount that after one year of retirement.
Present value of annuity= A [ 1−(1+ R)−N
R ]
A= 3,233,588.1
[ 1−(1+0.05)−25
0.05 ] =$ 229,431
Therefore, the annuity amount after one year of retirement is $229,431.
Question 2
(a) Time line of cash flows
3
(ii) Annual pension that would be received by Ben after retirement =?
Future value of sum amount = $200,000
Rate of interest = 5% p.a.
Number of years = 25 years
Now,
Present value= FV
(1+ R)N = 200000
( 1+0.05 )25
Present value=$ 59060.55
Let x is the amount for which the annuity would be derived for 25 years.
x=$ 3,292,648.72−$ 59060.55=$ 3,233,588.17
Further,
Let y is the annuity amount that after one year of retirement.
Present value of annuity= A [ 1−(1+ R)−N
R ]
A= 3,233,588.1
[ 1−(1+0.05)−25
0.05 ] =$ 229,431
Therefore, the annuity amount after one year of retirement is $229,431.
Question 2
(a) Time line of cash flows
3
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(b) Accumulated value for 0, 4 and 10 years is calculated below (Parrino and Kidwell, 2014).
Time0 Cash flow=0
Time4 Cash flow= ( 2500∗1.0453 ) + ( 2500∗1.045 ) =$ 5,465.42
Time10 Cash flow= ( 5465.42∗1.062∗1.074 ) + ( 2700∗1.06∗1.074 ) − ( 1500∗1.074 ) + ( 7000∗1.07 ) +10000=$ 27
Question 3
In the recent times, there has been renewed demands associated with reduction of corporate tax
rate in Australia which have been fuelled by the cut in corporate tax rates implemented in the
USA. The proponents of these demands advocate that lower corporate tax could attract foreign
businesses into Australia. As evidence, these people tend to cite the lower corporate tax rates
prevalent in other developed nations. However, this comparison of corporate tax rates of
Australia from any other developed country is intrinsically flawed as explained follows (Smith,
2015).
In Australia, a dividend imputation system exists whereby double taxation on dividends is
avoided and hence for the tax that companies tend to pay on their profits, the individual taxpayer
are able to reap benefits. As a result, this unique system prevalent in Australia tends to provide a
mechanism whereby the shareholders are provided tax credits which are essentially funded on
4
Time0 Cash flow=0
Time4 Cash flow= ( 2500∗1.0453 ) + ( 2500∗1.045 ) =$ 5,465.42
Time10 Cash flow= ( 5465.42∗1.062∗1.074 ) + ( 2700∗1.06∗1.074 ) − ( 1500∗1.074 ) + ( 7000∗1.07 ) +10000=$ 27
Question 3
In the recent times, there has been renewed demands associated with reduction of corporate tax
rate in Australia which have been fuelled by the cut in corporate tax rates implemented in the
USA. The proponents of these demands advocate that lower corporate tax could attract foreign
businesses into Australia. As evidence, these people tend to cite the lower corporate tax rates
prevalent in other developed nations. However, this comparison of corporate tax rates of
Australia from any other developed country is intrinsically flawed as explained follows (Smith,
2015).
In Australia, a dividend imputation system exists whereby double taxation on dividends is
avoided and hence for the tax that companies tend to pay on their profits, the individual taxpayer
are able to reap benefits. As a result, this unique system prevalent in Australia tends to provide a
mechanism whereby the shareholders are provided tax credits which are essentially funded on
4
the basis of the corporate tax paid by the company. This particular system tends to differ from
the existing system in other nations since in these nations, double taxation of corporate income is
prevalent. The companies need to pay corporate tax on the generated profits and when dividends
are paid to the shareholders, then even the shareholders are taxed for the dividend income they
receive. Thus, the effective rate of tax in these countries is actually higher than the corresponding
rates currently existing in Australia (Smith, 2015).
This difference can be illustrated through the use of an example. Let us assume that the total
profit of the company is $ 10,000. The corporate tax that that would be paid on this income at
30% would be $3,000. Assuming that the remaining proceeds are given as dividends to the
shareholders and these attract a marginal tax rate of 30%, then additional tax collection of $
2,100 would arise from shareholders. Thereby, the total tax revenue paid on $ 10,000 of
corporate profit amount to $ 5,100 and thereby resulting in a tax rate of 51%. In comparison
Australia requires payment of only $ 3,000 as tax.
Hence, if there is a decrease in the corporate tax rate, then the company would have a higher
amount of surplus cash which it would give as dividends. The franking credits attached to these
would be lower and hence the rebate on corporate tax in case of domestic companies would be
recouped in the form of incremental personal income tax receipts on dividends for shareholders.
As a result, there would not be any impact on the government revenues on account of domestic
companies. However, this would differ dramatically in case of foreign companies as the
incremental cash with the company after paying of corporate tax would be repatriated to the
home country and thus government revenues lost would not be made up (Smith, 2015).
Therefore, it is apparent from above the any reduction in corporate tax rate would be beneficial
for foreign companies only. But, it is imperative to understand that the foreign investment in
Australia is not hampered by the tax rate and would not come gushing in if the corporate tax rate
is lowered. Certain sectors of economy such as agriculture, animal husbandry, mining, services
are also quite developed in Australia and also have presence of foreign players despite the tax
rate. However, there is the lagging manufacturing sector which does not attract foreign
investments owing to high labour cost and unfavourable geographical location. Even if the
corporate tax rate is lowered, it is highly improbable that any meaningful investment would
come on the basis of corporate tax rate cut in the manufacturing sector. Besides, consideration
5
the existing system in other nations since in these nations, double taxation of corporate income is
prevalent. The companies need to pay corporate tax on the generated profits and when dividends
are paid to the shareholders, then even the shareholders are taxed for the dividend income they
receive. Thus, the effective rate of tax in these countries is actually higher than the corresponding
rates currently existing in Australia (Smith, 2015).
This difference can be illustrated through the use of an example. Let us assume that the total
profit of the company is $ 10,000. The corporate tax that that would be paid on this income at
30% would be $3,000. Assuming that the remaining proceeds are given as dividends to the
shareholders and these attract a marginal tax rate of 30%, then additional tax collection of $
2,100 would arise from shareholders. Thereby, the total tax revenue paid on $ 10,000 of
corporate profit amount to $ 5,100 and thereby resulting in a tax rate of 51%. In comparison
Australia requires payment of only $ 3,000 as tax.
Hence, if there is a decrease in the corporate tax rate, then the company would have a higher
amount of surplus cash which it would give as dividends. The franking credits attached to these
would be lower and hence the rebate on corporate tax in case of domestic companies would be
recouped in the form of incremental personal income tax receipts on dividends for shareholders.
As a result, there would not be any impact on the government revenues on account of domestic
companies. However, this would differ dramatically in case of foreign companies as the
incremental cash with the company after paying of corporate tax would be repatriated to the
home country and thus government revenues lost would not be made up (Smith, 2015).
Therefore, it is apparent from above the any reduction in corporate tax rate would be beneficial
for foreign companies only. But, it is imperative to understand that the foreign investment in
Australia is not hampered by the tax rate and would not come gushing in if the corporate tax rate
is lowered. Certain sectors of economy such as agriculture, animal husbandry, mining, services
are also quite developed in Australia and also have presence of foreign players despite the tax
rate. However, there is the lagging manufacturing sector which does not attract foreign
investments owing to high labour cost and unfavourable geographical location. Even if the
corporate tax rate is lowered, it is highly improbable that any meaningful investment would
come on the basis of corporate tax rate cut in the manufacturing sector. Besides, consideration
5
also needs to be given to the generous tax concessions which are offered in the Australian tax
system thus lowering the effective tax rate significantly below 30% (Montgomery, 2018).
Further, the current fiscal position of the country is such that it does not warrant any loss of
revenues especially considering the above discussion (Taylor, 2018). Hence, the corporate rate
tax cut should not happen in Australia
Question 4
(i) Monthly prices for financial year 2017/18
Monthly returns for financial year 2017/18
Monthly Returns=( closing price−opening price
opening price )
6
system thus lowering the effective tax rate significantly below 30% (Montgomery, 2018).
Further, the current fiscal position of the country is such that it does not warrant any loss of
revenues especially considering the above discussion (Taylor, 2018). Hence, the corporate rate
tax cut should not happen in Australia
Question 4
(i) Monthly prices for financial year 2017/18
Monthly returns for financial year 2017/18
Monthly Returns=( closing price−opening price
opening price )
6
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Visualized display
(ii) Calculation of average monthly holding period has been done through excel.
7
(ii) Calculation of average monthly holding period has been done through excel.
7
Also, average monthly holding period can be determined by dividing the sum of monthly returns
by 12.
(iii) Calculation of yearly holding return
(iv) Calculation of standard deviation for the monthly rate of returns
For Wesfarmers
Standard deviation for monthly rate of returns= √ 0.017063
12−1 =3.94 %
For Woolworths
8
by 12.
(iii) Calculation of yearly holding return
(iv) Calculation of standard deviation for the monthly rate of returns
For Wesfarmers
Standard deviation for monthly rate of returns= √ 0.017063
12−1 =3.94 %
For Woolworths
8
Standard deviation for monthly rate of returns= √ 0.016063
12−1 =3.82 %
For Market
Standard deviation for monthly rate of returns= √ 0.005177
12−1 =2.17 %
(v) The relevant scatter plot
9
12−1 =3.82 %
For Market
Standard deviation for monthly rate of returns= √ 0.005177
12−1 =2.17 %
(v) The relevant scatter plot
9
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(vi) CAPM model (Capital Asset Pricing Model) would be taken into account to find the
expected returns.
CAPM model
(vii) The SML (Security Market Line)
10
expected returns.
CAPM model
(vii) The SML (Security Market Line)
10
It can be seen from above highlighted security market line that market is considered to be
overvalued as it is situated below the security market line. On the other hand, Woolworths and
Wesfarmers are situated above the security market line and thus, are undervalued (Arnold, 2015).
(viii) Calculation of return and beta for portfolio (Woolworths is 0.3 and Wesfarmers is 0.7).
βWoolworths 0.77
βWesfarmers 0.81
β portfolio ¿ ( 0.3∗0.77 ) + ( 0.7∗0.81 ) =0.80
Now,
RWoolworths 1.62
RWesfarmers 1.83
Rportfolio ¿ ( 0.3∗1.62 )+ ( 0.7∗1.83 )=1.76 per month
(ix) Appropriate investment option
11
overvalued as it is situated below the security market line. On the other hand, Woolworths and
Wesfarmers are situated above the security market line and thus, are undervalued (Arnold, 2015).
(viii) Calculation of return and beta for portfolio (Woolworths is 0.3 and Wesfarmers is 0.7).
βWoolworths 0.77
βWesfarmers 0.81
β portfolio ¿ ( 0.3∗0.77 ) + ( 0.7∗0.81 ) =0.80
Now,
RWoolworths 1.62
RWesfarmers 1.83
Rportfolio ¿ ( 0.3∗1.62 )+ ( 0.7∗1.83 )=1.76 per month
(ix) Appropriate investment option
11
Return per unit risk
Investment option which has highest return per unit risk would be beneficial for the company
and hence, should be adopted. Here, Wesfarmers has highest return per unit risk out of the three
options and hence it would be preferable. However, it can be seen that return per unit risk is
higher for portfolio as compared with Wesfarmers and hence, portfolio emerges as the preferred
investment from the given asset choices (Damodaran, 2015).
12
Investment option which has highest return per unit risk would be beneficial for the company
and hence, should be adopted. Here, Wesfarmers has highest return per unit risk out of the three
options and hence it would be preferable. However, it can be seen that return per unit risk is
higher for portfolio as compared with Wesfarmers and hence, portfolio emerges as the preferred
investment from the given asset choices (Damodaran, 2015).
12
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References
Arnold, G. (2015) Corporate Financial Management. 3rd ed. Sydney: Financial Times
Management.
Damodaran, A. (2015). Applied corporate finance: A user’s manual 3rd ed. New York: Wiley,
John & Sons.
Parrino, R. & Kidwell, D. (2014) Fundamentals of Corporate Finance, 3rd ed. London: Wiley
Publications
Montgomery, R. (2018, February, 19).Should Australia cut the corporate tax rate ? Retrieved
from https://rogermontgomery.com/should-australia-cut-the-corporate-tax-rate/
Smith , W. (2015, February 10). FactCheck: is Australia’s corporate tax rate not competitive
with the rest of the region. Retrieved from https://theconversation.com/factcheck-is-
australias-corporate-tax-rate-not-competitive-with-the-rest-of-the-region-37226
Taylor, D. (2018, March 29). Corporate tax cuts: What are the key issues in the
debate? Retrieved from http://www.abc.net.au/news/2018-03-29/corporate-tax-cuts-
explained/9600004
13
Arnold, G. (2015) Corporate Financial Management. 3rd ed. Sydney: Financial Times
Management.
Damodaran, A. (2015). Applied corporate finance: A user’s manual 3rd ed. New York: Wiley,
John & Sons.
Parrino, R. & Kidwell, D. (2014) Fundamentals of Corporate Finance, 3rd ed. London: Wiley
Publications
Montgomery, R. (2018, February, 19).Should Australia cut the corporate tax rate ? Retrieved
from https://rogermontgomery.com/should-australia-cut-the-corporate-tax-rate/
Smith , W. (2015, February 10). FactCheck: is Australia’s corporate tax rate not competitive
with the rest of the region. Retrieved from https://theconversation.com/factcheck-is-
australias-corporate-tax-rate-not-competitive-with-the-rest-of-the-region-37226
Taylor, D. (2018, March 29). Corporate tax cuts: What are the key issues in the
debate? Retrieved from http://www.abc.net.au/news/2018-03-29/corporate-tax-cuts-
explained/9600004
13
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