Actuarial Science Subject CM1- Actuarial Mathematics 1

Explore an extensive 18-hour playlist covering Actuarial Mathematics 1 (CM1) for aspiring actuaries. Dive deep into crucial topics including time value of money, interest rates, force of interest, life tables, life assurance contracts, reversionary annuities, and complex conditions. Learn to use Excel for actuarial calculations and gain practical experience solving past exam questions. Master key concepts such as two-state models, force of mortality, and expectations of lifetime random variables. Enhance your problem-solving skills with guided solutions to super-compound bonus, gross premium calculation, and joint life questions. Prepare thoroughly for the CM1 exam with this comprehensive series of lectures and practical exercises designed to build a strong foundation in actuarial mathematics.

CM1: Time Value of Money (Part 1).
CM1: Time Value of Money (Part 2).
Actuarial Science Subject CM1: Actuarial Mathematics 1: Overview.
CM1: Interest Rates (Part 1).
CM1: Interest Rates (Part 2) - Force of Interest.
CM1: Interest Rates (Part 3) - Time Dependent Force of Interest.
CM1B - Excel - Lecture 1.
CM1B - Excel - Lecture 2.
CM1: Chapter 15: Life Tables (Part 1).
CM1: Chapter 15: Life Table (Part-2).
CM1: Ch 16: Life Assurance Contracts (Part 1).
CM1: Chapter 16: Life Assurance Contacts (Part 2).
CM1: Chapter 15, 16: Past Exam Questions.
CM1; Chapter 15, 16 Questions: Part 2.
CM1: Chapter 23 Reversionary annuities.
CM1: Chapter 23: Complex Conditions 1.
CS2: Chapter 3: Two State Model (Relevant for CM1 as well).
CM1: Chapter 23 : Complex Conditions 2.
tpx & tqx - Derived & Explained Intuitively (CM1).
Force of mortality- Explained Intuitively (CM1).
Solving a CM1A Super-Compound bonus question on Word (October 2011 Q10).
Solving a CM1A Gross Premium Calculation Question on Word (April 2018 Q11).
Solving a CM1A Joint Life question on Microsoft Word (Oct 2011, Q7).
Using Excel to construct your CM1A answers for Profit Testing (Sep 2013, Q24).
Expectations of Lifetime Random Variable( ex & e circle x ) - Derived & Explained intuitively.