SOA Path240 minutes | 30 questions

Exam LTAM: Long-Term Actuarial Mathematics Study Guide

Life insurance, life annuities, premium calculation, reserves, multiple life and decrement models, and pension mathematics.

900
Practice Questions
200
Flashcards
30
Mini Exams
3
Full Simulations

Overview

Exam LTAM covers long-term actuarial mathematics used in life insurance, health insurance, and pension valuation. Topics include survival models, life insurance and annuity pricing, premium calculation, reserves, multiple-life models, and multiple-decrement models. This is one of the more challenging preliminary exams due to the breadth and depth of the material.

Exam Format

Duration
240 minutes (4 hours)
Questions
30 multiple-choice questions
Pathway
SOA
Format
Computer-based testing (CBT)

Topic Breakdown

Survival Models

10-15%

Force of mortality, curtate and complete future lifetime, life tables, fractional age assumptions (UDD, constant force)

Life Insurance

15-20%

Whole life, term, endowment, deferred insurance, varying benefits, actuarial present values

Life Annuities

15-20%

Whole life, temporary, deferred, certain-and-life, annuities-due and annuities-immediate

Premiums

10-15%

Net premiums, gross premiums, equivalence principle, loss-at-issue random variable

Reserves

15-20%

Net premium reserves, gross premium reserves, prospective and retrospective methods, recursive formulas

Multiple Life Models

10-15%

Joint-life and last-survivor statuses, independent and dependent lives, common shock model

Multiple Decrement Models

10-15%

Associated single decrements, dependent rates, service tables, pension plan valuation

Recommended Study Approach

  1. 1

    Build a solid understanding of survival models and life tables before moving to insurance and annuity functions.

  2. 2

    Memorize the key actuarial notation (A_x, a-double-dot_x, etc.) and the relationships between insurance and annuity present values.

  3. 3

    Practice net premium reserve calculations using both the prospective and retrospective methods.

  4. 4

    Work through multiple-decrement problems using the associated single-decrement framework.

  5. 5

    Study pension mathematics by understanding the different benefit formulas (career average, final average) and their actuarial present values.

  6. 6

    Allocate extra time to the written-answer portion of the exam, and practice writing clear, structured solutions.

More LTAM Resources