 
 
 
 
 SYLLABUS  Previous: 3.6 Computer quiz
 Up: 3 FORECASTING WITH UNCERTAINTY
 Next: 3.8 Further reading and
  
SYLLABUS  Previous: 3.6 Computer quiz
 Up: 3 FORECASTING WITH UNCERTAINTY
 Next: 3.8 Further reading and
 3.01 Price estimate for a European call.
3.01 Price estimate for a European call.
 3.02 Convergence study using trees.
3.02 Convergence study using trees.
 3.03 American put calculated with a tree.
3.03 American put calculated with a tree.
 3.04 Stock option with a dividend yield.
3.04 Stock option with a dividend yield.
 3.05 Stock option with transaction costs.
3.05 Stock option with transaction costs.
 3.06 Bond option with forward contracts.
3.06 Bond option with forward contracts.
 3.07 Convertible bond option.
3.07 Convertible bond option.
 3.08 Forecast mean and bounds for a share price.
3.08 Forecast mean and bounds for a share price.
 3.09 Binomial tree for bonds.
3.09 Binomial tree for bonds.
All these problems can be edited and submitted for correction by selecting WORK:assignments on the course main page. They generally open with a template that provides useful advice and guidance to derive the solution. The color coding corresponds to the expected level of difficulty:
 Easy.
Easy.
 Moderate.
generally be solved with a short analytical derivation, a discussion 
of the result, a plot parametric dependencies.
Moderate.
generally be solved with a short analytical derivation, a discussion 
of the result, a plot parametric dependencies.
 Difficult.
The problem is an extension of the material discussed in the syllabus 
and requires a good command of the mathematical language, which can 
be expected for university graduates from quantitative fields.
Difficult.
The problem is an extension of the material discussed in the syllabus 
and requires a good command of the mathematical language, which can 
be expected for university graduates from quantitative fields.
SYLLABUS Previous: 3.6 Computer quiz Up: 3 FORECASTING WITH UNCERTAINTY Next: 3.8 Further reading and