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2. Lump sum payout vs. annuity from a pension: How to decide - AOL

   www.aol.com/finance/lump-sum-payout-vs-annuity...

   A lump sum is a one-time payment representing the total value of your accrued pension benefits, discounted to reflect the time value of money. ... Tax implications: Lump sum distributions are ...

3. Can You Escape Taxes on Your Lump Sum Pension Payout? - AOL

   www.aol.com/finance/seniors-heres-avoid-taxes...

   When your pension matures, there are multiple distribution options that you can choose from. Unfortunately, many of these distribution methods result in a tax liability that reduces your payout.

4. For My Pension Payout, Should I Take a $48,000 Lump Sum or ...

   www.aol.com/48-000-lump-sum-462-113000982.html

   Let’s assume you have no cost of living adjustments on the pension annuity or rate of return on the lump sum payment. Then, at $462 a month and $5,544 annually, you need to reach 8.65 years to ...

5. Defined benefit pension plan - Wikipedia

   en.wikipedia.org/wiki/Defined_benefit_pension_plan

   Defined benefit (DB) pension plan is a type of pension plan in which an employer/sponsor promises a specified pension payment, lump-sum, or combination thereof on retirement that depends on an employee's earnings history, tenure of service and age, rather than depending directly on individual investment returns. Traditionally, many governmental ...

6. Retirement annuity plan - Wikipedia

   en.wikipedia.org/wiki/Retirement_annuity_plan

   The income and gains in the plan are free from tax (with the exception of the non-reclaimable 10% tax credit). At maturity, the tax-free cash can be taken. The tax-free cash lump sum is calculated with reference to the initial annual income. The formula is often described as: the tax-free cash is equal to three times the residual income. [11 ...

7. Retirement - Wikipedia

   en.wikipedia.org/wiki/Retirement

   Using i real =0.02, or 2% per year real return on investments, the necessary lump sum is given by the formula as (1-0.25)*0.80*60,000*annuity-series-sum(30)=36,000*22.396=806,272 in the nation's currency in 2008–2010 terms. To allow for inflation in a straightforward way, it is best to talk of the 806,272 as being '13.43 years of retirement ...