Risk Neutral Valuation von Edu Pristine

video locked

Über den Vortrag

Der Vortrag „Risk Neutral Valuation“ von Edu Pristine ist Bestandteil des Kurses „Archiv - Financial Markets and Products“. Der Vortrag ist dabei in folgende Kapitel unterteilt:

  • Risk Neutral Valuation
  • Change in future stock price
  • Generalizing Binomial Method

Dozent des Vortrages Risk Neutral Valuation

 Edu Pristine

Edu Pristine

Trusted by Fortune 500 Companies and 10,000 Students from 40+ countries across the globe, EduPristine is one of the leading International Training providers for Finance Certifications like FRM®, CFA®, PRM®, Business Analytics, HR Analytics, Financial Modeling, Operational Risk Modeling etc. It was founded by industry professionals who have worked in the area of investment banking and private equity in organizations such as Goldman Sachs, Crisil - A Standard & Poors Company, Standard Chartered and Accenture.

EduPristine has conducted corporate training for various leading corporations and colleges like JP Morgan, Bank of America, Ernst & Young, Accenture, HSBC, IIM C, NUS Singapore etc. EduPristine has conducted more than 500,000 man-hours of quality training in finance.
http://www.edupristine.com


Kundenrezensionen

(1)
5,0 von 5 Sternen
5 Sterne
5
4 Sterne
0
3 Sterne
0
2 Sterne
0
1  Stern
0


Auszüge aus dem Begleitmaterial

... cash flow under the assumption that investors are indifferent to risk. Step 2: Discount the expected cash flow at the risk-free rate to arrive at the present value. In our example, since the risk-free rate for six months is 2%, and investors are indifferent ...

... price decreasing by USD 10 is 70%. What are the mean and standard deviation of the price after 2 months ...

... Mean = 9% (120) + 42% (100) + 49% (80) = 92 ...

... = time interval as fraction of year.In our example, standard deviation of stock returns, ... = 40.6 9%, h = 0.5 - u= e0.4069?0.5 = 1.3333, => upside change = 33% - d= 1/u = 1/1.3333 = 0.75 ...

... the time intervals so that the calculations can allow for greater number of values for the asset price at expiration. In our example if we allowed the stock to take values at the end of three months, we would have three values at the end of six months: ...

... The plot above reflects the log-normal distribution of stock prices. It can take any value between 0 and infinity. The fact that the stock price can never fall by more than 100 percent, but that there is a small chance that it could rise by much ...

... The value of put therefore is: Value of put = -0.4286 shares + PV( Rs. 48.57) (safe loan) ...

... Expected return = [probability of rise * 33.33] + [( 1- probability of rise) * (-25)] = 2.0 percent • Therefore the probability of rise, p, = 0.463 or 46.3% Expected future value of the call option after six months is given by [Probability]. ...

... The monthly risk neutral probability of the price increasing by USD 10 is 30%. ...

... Upside change = u = e σ√h • 1 + downside change = d = 1/ u– Where, e = base of natural logarithms = 2.718 – σ = standard deviation of (continuously compounded) stock returns. ...

... To work out the equivalent upside and downside changes when we divide the period into two three-month intervals (h = 0.25), we use the same formula: • 1 + upside change (3 months interval) = u = e 0.4069√0.25 = 1.226,=> upside change = 22.6% • 1 + downside change. ...