In this video we present a few tips to most effectively and painlessly deal with the vast collection of formulas contained in the FRM Part 1 curriculum.
In this video from FRM Part 1 curriculum, we take a comparative look at the Bullet strategy and the Barbell strategy, how they are implemented and the relative advantages and disadvantages of each for different interest rate outlooks or forecasts.
In this video from FRM Part 1 curriculum, we define a very important building block of any time series: white noise. We define white noise, explore it’s properties and distinguish between independent white noise and normal or Gaussian white noise.
In this video we establish an equivalence between the two formulas to compute Expected Shortfall (ES) – the formula that computes it as a conditional expectation of losses, and the formula that computes it as an average of all loss quantiles whose associated probability exceeds the chosen confidence level.
In this multiple choice question, we explore how Hybrid historical simulation technique (that combines non-parametric historical simulation with parametric age-weighting) can be used to estimate VaR and Expected Shortfall of a portfolio.
In this video from FRM Part I curriculum (Valuation and Risk Models section), we describe warrants, calculate the value of a warrant and calculate the dilution cost of the warrant to existing shareholders.
In this video we summarize key properties of summations, double summations and products – a quick recap of ubiquitous operations in the mathematics for finance.
In this video that FRM Part I candidates will find of interest, we explore the concept of Convexity Adjustment as applied to Eurodollar Futures, the origins of this adjustment and how this adjustment can be determined.