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There are a few items in the syllabus objectives of CT6 that is not in CM2
3. Define a compound Poisson process and derive the moments and moment generating function for such a process.
4. Define the adjustment coefficient for a compound Poisson process and for discrete time processes which are not compound Poisson, calculate it in simple cases and derive an approximation.
6. State Lundberg's inequality and explain the significance of the adjustment coefficient.
Are these parts in the syllabus of CM2 ?
The specimen paper for CM2 does include adjustment coefficient R , but the ruin theory question in CM2A April 2019 seemed to be the most basic case and did not include any of those parts
3. Define a compound Poisson process and derive the moments and moment generating function for such a process.
4. Define the adjustment coefficient for a compound Poisson process and for discrete time processes which are not compound Poisson, calculate it in simple cases and derive an approximation.
6. State Lundberg's inequality and explain the significance of the adjustment coefficient.
Are these parts in the syllabus of CM2 ?
The specimen paper for CM2 does include adjustment coefficient R , but the ruin theory question in CM2A April 2019 seemed to be the most basic case and did not include any of those parts