Term Structure of Interest Rates 2 von Edu Pristine

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Über den Vortrag

Der Vortrag „Term Structure of Interest Rates 2“ von Edu Pristine ist Bestandteil des Kurses „ARCHIV Finance Theory“. Der Vortrag ist dabei in folgende Kapitel unterteilt:

  • Spot rate, spot curve and term structure
  • Bootstrapping Process
  • Forward Rates
  • Example
  • Shapes of the Yield Curve

Dozent des Vortrages Term Structure of Interest Rates 2

 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.
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Auszüge aus dem Begleitmaterial

... only at time T. A t-period spot rate is the Yield to Maturity of a Zero Coupon Bond that matures in t-years. Spot rate can be calculated using treasury bond prices using bootstrap method. -Bootstrap Method is used to calculate the Zero Rates An amount 2.5 ... 10.469 10.536 10.681 10.808 2 © Neev Knowledge Management ... of a set of coupon-bearing products by forward substitution. - Using these zero-coupon products it becomes possible to derive par swap rates (forward and spot) ...

... at Par when created) and therefore we require that the present value of the future cash flows and principal be equal to 100 100 = cfn × df1 + cfn × df2 + cfn × df3 + … + (100 + cfn) × dfn So, dfn = (100 – cfn × df1 + cfn × df2 + cfn × df3 + … + cfn × dfn-1) ...

... YTM and the spot rate are equal. A yield curve can be constructed from any set of homogeneous bonds, the zero-rate curve is constructed by bootstrapping the zero rates from a set of coupon-paying government treasury bonds. The zero ...

... prevailing forward rate, r1,2; at the end of the 2-year period, your investment is worth $1 × (1 + r0,1) × (1 + r1,2) where r1,2 is the forward rate for 1 year when money invested after 1 year and r0,1 and r0,2 are the spot rates for 1 year and 2 years respectively. ...

... to investing for a year at the 1-year short rate, 2%, and reinvesting the proceeds for a second year at ...

... = 95.1524, CPT = 1/Y = 2.5% A2. F21 = (S2T2 – S1T1) / (T2 – T1) and (2.2% × 1.5 – 1.8% × 1) / 0.5 = 3% A3. 15 × 0.992556 + 15 × 0.982240 + 1015 × 0.967113 = 1,011.85 Maturity ...

... maturity at a specific point in time. The yield curve may be upward sloping, downward sloping, or partially both. While this relationship changes ...

... An inverted yield curve occurs when bonds with long maturities are expected to offer lower yields than those with short-term maturities. An inverted yield ...

... rates, the yield curve can take on strange shapes Humped yield curve 1 2 3 5 7 10 9.4 9.3 9.2 9.1 9 Years to Maturity Yield to Maturity ...