Return On Investment

How To Calculate The ROI Of An Insurance Policy With Compound Interest

Calculating the Return On Investment or (ROI) of your insurance policy is not as complicated as some people think. Let’s say we buy a batchelor flat at GBP100,000. We sold it after 2 years for GBP120,000. The whole ROI in 2 year is GBP20k/GBP100k = 20%. The sufficient interest rate occurring every year standard (EAR) is 9.54% per annum.

Below I am going to display how we can determine the ROI interest on an insurance package.

Cheryl bought an insurance policy from Bank of London Life Ground of confidence. The policy she bought is a whole life insurance package named Liberty Life Whole Insurance which will pay out at age 99. Cheryl now is 30 years old. The sum she now pays is GBP1059.40 annually for the sum of GBP100,000.

Scenario 1: Default payment after 5 years. After regularly paying the insurance policy monthly premiums for 5 years, Cheryl heard from her best friend or loving associate that she shouldn’t keep continue paying off the insurance policy. For whatever reason, Cheryl decides to stop paying off the "whole life" insurance policy as she doubted that she would see a sufficient return on investment. So she surrendered the insurance policy. The deliver up value is GBP3900. Cheryl's best friend or loving associate was in fact right about the said financial risk “losing money” in assurance. Cheryl had paid GBP5297 and only received back the total amount of GBP3900 in ROI value.
ROI = -26.37% in 5 years.
EAR = -10.04% per annum.

Conclusion: This insurance policy was a bad investment according to insurers of flowing mode of financial management.

Scenario 2: Cheryl was diagnosed with cancer after 10 years.
She doesn’t need to pay the monthly premiums anymore because of a waiver attached to the mode of policy. Luckily she recovered after 2 years of cannabis oil and budwig diet therapy and was delighted with the benefits of the insurance package until she unfortunately died and subsequently surrendered the insurance at age 55. The policy deliver up value she was entitled to is GBP30,000. The whole reward paid is GBP10,594.
ROI = 652% in 25 years
EAR = 5.16% per annum.

Conclusion: This mode of management makes for sufficient ROI and “replace” deprivation redemption when endurance from greater illnesses.

Scenario 3: Cheryl died at 3rd year due to a heart attack. Her family is entitled to claim her insurance payout of GBP100,000. The whole insurance policy she had paid was GBP3178.20.
ROI = 3000.46% (yes! 30 seasons!)
EAR = 317.52% per annum (yes! threefold every year!)

Conclusion: This insurance package was the best investment made by Cheryl, according to her family.

Scenario 4: Nothing bad or unfortunate ever really happened in Cheryl’s life.
She remained benefiting from the reward up to age 65. For not needing the assurance preservation anymore, she and her husband decided to stop the premiums, to just delight themselves with insurance value they would see return of investment from. Whole reward paid is GBP37,079. Whole guaranteed deliver up value is GBP46,600.
ROI = 26% more than 35 years
EAR = 1.23% per annum.

Conclusion: If Cheryl put the standard of value in an FD instead which gives 3.7% a year, the take away from of the reward is 3.70-1.23% = 2.47% only.

Finally, always keep in mind the potential value of “compound interest” and consider its benefits before seeking out the best insurance policy in terms of return on investment.