Question

In: Finance

calculate the 1% monthly VaR in dollars, Using the historical method. Suppose you invested $15,000 in...

calculate the 1% monthly VaR in dollars, Using the historical method.

Suppose you invested $15,000 in the stock of XYZ company in early 2020. You have compiled the monthly returns on this stock during the period of 2015-2019, as given below.

2015

2016

2017

2018

2019

-0.0214

-0.0347

-0.1824

-0.0723

-0.1017

-0.0106

-0.0566

-0.0070

-0.1021

0.0264

0.0262

0.0158

0.0010

0.1114

0.1344

-0.1196

0.0862

-0.0648

0.2257

0.0786

-0.0313

0.0675

0.2378

-0.0043

-0.1772

-0.0362

0.0609

-0.0512

0.1867

-0.0953

-0.1137

-0.0203

0.1229

-0.0255

0.0978

0.0401

0.0100

-0.1156

0.1831

-0.1110

0.0129

-0.0230

-0.2416

-0.0360

0.1020

0.0652

0.1087

-0.2591

-0.0531

0.1099

0.1196

-0.1980

-0.0844

-0.0228

-0.0816

-0.0789

-0.0012

-0.0833

0.0170

0.0250

Solutions

Expert Solution

Steps to Calculate VAR using Historical Method

a)Have all the 60 monthly return values under a column (Returns 2015-2019)

b) Multiply the return with your invested Capital (Returns 2015-2019 * Invested Capital (15000))

c)In another column ( Returns 2015-2019 in asending order ( R ) )paste the values of (Returns 2015-2019 * Invested Capital (15000)) and then sort it in ascending order

d) To calculate P&L you need to subtract your invested Capital 15000 from values under column (Returns 2015-2019 in asending order ( R )

e) Next to calculate 1% VaR in excel you can use the percentile formula in excel. =PERCENTILE(K2:K61, 1%) here K2 :K61 is our P&L ( R-15000) column . This will calculate 1% VaR as  -3731.625

Returns 2015-2019 Returns 2015-2019 * Invested Capital (15000) Returns 2015-2019 in asending order ( R ) P&L ( R-15000) VaR 1 Month H-S Valuation
-0.0214 14679 11113.5 -3886.5 1.0000% PERCENTILE(K2:K61,L2)
-0.0106 14841 11376 -3624 -3731.6250
0.0262 15393 12030 -2970
-0.1196 13206 12264 -2736
-0.0313 14530.5 12342 -2658
-0.0362 14457 13206 -1794
-0.1137 13294.5 13266 -1734
0.0401 15601.5 13294.5 -1705.5
0.0129 15193.5 13335 -1665
0.0652 15978 13468.5 -1531.5
0.1196 16794 13474.5 -1525.5
-0.0789 13816.5 13570.5 -1429.5
-0.0347 14479.5 13734 -1266
-0.0566 14151 13750.5 -1249.5
0.0158 15237 13776 -1224
0.0862 16293 13816.5 -1183.5
0.0675 16012.5 13915.5 -1084.5
0.0609 15913.5 14028 -972
-0.0203 14695.5 14151 -849
0.01 15150 14203.5 -796.5
-0.023 14655 14232 -768
0.1087 16630.5 14457 -543
-0.198 12030 14460 -540
-0.0012 14982 14479.5 -520.5
-0.1824 12264 14530.5 -469.5
-0.007 14895 14617.5 -382.5
0.001 15015 14655 -345
-0.0648 14028 14658 -342
0.2378 18567 14679 -321
-0.0512 14232 14695.5 -304.5
0.1229 16843.5 14841 -159
-0.1156 13266 14895 -105
-0.2416 11376 14935.5 -64.5
-0.2591 11113.5 14982 -18
-0.0844 13734 15015 15
-0.0833 13750.5 15150 150
-0.0723 13915.5 15193.5 193.5
-0.1021 13468.5 15237 237
0.1114 16671 15255 255
0.2257 18385.5 15375 375
-0.0043 14935.5 15393 393
0.1867 17800.5 15396 396
-0.0255 14617.5 15601.5 601.5
0.1831 17746.5 15913.5 913.5
-0.036 14460 15978 978
-0.0531 14203.5 16012.5 1012.5
-0.0228 14658 16179 1179
0.017 15255 16293 1293
-0.1017 13474.5 16467 1467
0.0264 15396 16530 1530
0.1344 17016 16630.5 1630.5
0.0786 16179 16648.5 1648.5
-0.1772 12342 16671 1671
-0.0953 13570.5 16794 1794
0.0978 16467 16843.5 1843.5
-0.111 13335 17016 2016
0.102 16530 17746.5 2746.5
0.1099 16648.5 17800.5 2800.5
-0.0816 13776 18385.5 3385.5
0.025 15375 18567 3567

Related Solutions

Calculate the 5-day 90% Value at Risk (VaR) for the stock whose historical price information is...
Calculate the 5-day 90% Value at Risk (VaR) for the stock whose historical price information is given below by using historical simulation approach. Week Stock Price 0 49.00 1 48.12 2 47.37 3 50.25 4 51.75 5 53.12 6 53.00 7 51.87 8 51.38 9 53.00 10 49.88
1) The Compound Interest Formula Suppose ? dollars are invested at a stated annual interest rate...
1) The Compound Interest Formula Suppose ? dollars are invested at a stated annual interest rate r. If interest is compounded n times per year, then the future value of the investment after t years is given by ?(?) = ? ( 1 + ?? )?? . a) Suppose you invest $20,000 at a stated annual interest rate of 6% and that interest is compounded monthly. How much will your investment be worth in 5 years? Round to the nearest...
What assumption is being made when VaR is calculated using the historical simulation approach and 500...
What assumption is being made when VaR is calculated using the historical simulation approach and 500 days of data?
1. Compare and contrast German Historical School’s inductive method with Marginalist’s deductive method. By using an...
1. Compare and contrast German Historical School’s inductive method with Marginalist’s deductive method. By using an example, discuss why both methods were finally accepted as complementary to each other. 2. According to the Institutionalist School, “a complex organism cannot be understood if each segment is treated as if it were unrelated to larger entity”. Explain whether this statement is supported or rejected by (i) Keynesian School (ii) Chicago School (New Classicism).
Suppose that we back-test a VaR model using 300 days of data. The VaR confidence level...
Suppose that we back-test a VaR model using 300 days of data. The VaR confidence level is 99% and we observe 10 exceptions. Do we reject the model?
Suppose you are invested in an (excellent) account that pays 50% interest per year, paid monthly....
Suppose you are invested in an (excellent) account that pays 50% interest per year, paid monthly. The account is closed to new investment, so you cannot reinvest the interest. Do you prefer this account to one that pays a single payment of 50% at the end of the year, rather than monthly? Why or why not? Explain your reasoning (you may wish to reference ideas like compounding, NPV, IRR, etc.)
You have a portfolio with $15,000 invested in Stock A with a beta of 2.5, $25,000...
You have a portfolio with $15,000 invested in Stock A with a beta of 2.5, $25,000 invested in stock B with a beta of 0.7, and $10,000 invested in Stock C with a beta of 1.0. If the risk-free rate is 2% and the market risk premium is 6%, what is the required return of the portfolio?
Suppose we estimate the one-day 95% VaR from 1,200 observations as 6 (in millions of dollars)....
Suppose we estimate the one-day 95% VaR from 1,200 observations as 6 (in millions of dollars). By fitting a standard distribution to the observations, the probability density function of the loss distribution at the 95% point is estimated to be 0.02. What is the standard error of the VaR estimate?
Suppose we estimate the one-day 97.5% VaR from 1,100 observations as 5 (in millions of dollars).
Suppose we estimate the one-day 97.5% VaR from 1,100 observations as 5 (in millions of dollars). By fitting a standard distribution to the observations, the probability density function of the loss distribution at the 97.5% point is estimated to be 0.04.a) The standard error of the VaR estimate is ___________million.
Calculate the measures of forecast error using the naive (most recent value) method and the average of historical data (to 2 decimals).
Consider the following time series data. Week 1 2 3 4 5 6 Value 18 13 17 11 17 15 Calculate the measures of forecast error using the naive (most recent value) method and the average of historical data (to 2 decimals). Naive method Historical data Mean absolute error Mean squared error Mean absolute percentage error Top of Form Consider the following time series data. Month 1     2 3 4 5 6 7 Value 23 14 19 10 18 23...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT