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As Of Filer Filing For·On·As Docs:Size Issuer Filing Agent 12/17/19 Axa Equitable Life Insurance Co 424B3 1:116K Donnelley … Solutions/FA |
Document/Exhibit Description Pages Size 1: 424B3 Axa Equitable Life Insurance Company HTML 83K
| AXA Equitable Life Insurance Company |
FILED PURSUANT TO RULE 424(B)(3)
REGISTRATION NO. 333-229589
AXA Equitable Life Insurance Company
Supplement dated December 17, 2019 to the Structured Capital Strategies® PLUS Prospectus dated May 1, 2019
This Supplement modifies certain information in the above-referenced Prospectus (the “Prospectus”) offered by AXA Equitable Life Insurance Company (“AXA Equitable”). You should read this Supplement in conjunction with your Prospectus and retain it for future reference. This Supplement incorporates the Prospectus by reference. Unless otherwise indicated, all other information included in your Prospectus remains unchanged. The terms we use in this Supplement have the same meaning as in your Prospectus. We will send you another copy of any prospectus or supplement without charge upon request. Please contact the customer service center at 877-899-3743.
The purpose of this Supplement is to provide you with information regarding (1) adding Dual Direction Segments and (2) adding the iShares® MSCI EAFE ETF for Step Up Segments.
| (1) | Adding Dual Direction Segments: |
Effective December 17, 2019, we are adding a new type of Segment — Dual Direction Segments. A Dual Direction Segment is any Segment belonging to a Segment Type whose name includes “Dual Direction”.
Below are the current Segment Types including the new Dual Direction and iShares® MSCI EAFE EFT Step Up Segment Types.
The following chart lists the current Dual Direction Segment Types:
| Index | Segment Duration |
Segment Buffer |
Minimum Performance Cap Rate | |||
| S&P 500 Price Return Index | 6 year | -10% | 12% |
The following chart lists the current Standard Segment Types:
| Index | Segment Duration |
Segment Buffer |
Minimum Performance Cap Rate | |||
| S&P 500 Price Return Index | 6 year 1 year* |
-10%; -20%; -30% -10% |
12% 2% | |||
| Russell 2000® Price Return Index | 6 year 1 year* |
-10%; -20%; -30% -10% |
12% 2% | |||
| iShares® MSCI EAFE EFT | 6 year | -10%; -20%; -30% | 12% |
| * | Standard Segments with a 1 year Segment Duration have limited availability and are only available with the -10% buffer. |
The following chart lists the current Annual Lock Segment Types:
| Index | Segment Duration |
Annual Buffer |
Minimum Performance Cap Rate | |||
| S&P 500 Price Return Index | 6 year | -10% | 2% | |||
| Russell 2000® Price Return Index | 6 year | -10% | 2% | |||
| iShares® MSCI EAFE EFT | 6 year | -10% | 2% |
The following chart lists the current Step Up Segment Types:
| Index | Segment Duration |
Segment Buffer |
Minimum Performance Cap Rate | |||
| S&P 500 Price Return Index | 1 year | -10% | 2% | |||
| Russell 2000® Price Return Index | 1 year | -10% | 2% | |||
| iShares® MSCI EAFE EFT | 1 year | -10% | 2% |
Dual Direction Segment example: For the S&P 500 Price Return Index/6 year Dual Direction/-10% Segment Type, a Segment could be established as S&P 500 Price Return Index Dual Direction/6 year/-10% with a 90% Performance Cap Rate. This means that you will participate in the performance of the S&P 500 Price Return Index for six years starting from the Segment Start Date. If the Index performs positively during this period, your Segment Rate of Return could be as much as 90% for that Segment Duration. If the Index performs negatively but not more negatively than the Segment Buffer during this period, at maturity your Segment Rate of Return will be equal to the absolute value of the Index’s negative performance. This means that if the Index performs negatively down to and including -10%, your Segment Rate of Return will be positive
| Form No. IM-32-19 (12.19) | Catalog No. 160774 (12.19) | |
| SCS PLUS-new biz/in-force-New Segments | #807106 |
up to and including 10%. If the Index performs more negatively than the Segment Buffer, your Segment Rate of Return will be negative equal to the percentage loss in the Index which exceeds the Segment Buffer. If the Index is flat (0% return), your Segment Rate of Return will be zero. Please note: The absolute value of a number is simply that number without regard to it being positive or negative (e.g., without regard to its mathematical sign). For example, the absolute value of -3 is 3. Therefore, for purposes of the Segment Rate of Return calculation, the absolute value of the Index Performance Rate is simply the Index Performance Rate without regard to its mathematical sign (e.g., the absolute value of a -3% Index Performance Rate is 3%).
Dual Direction Segments will generally have lower Performance Cap Rates than Standard Segments with the same Index, Segment Duration and Segment Buffer. This is because the Segment Rate of Return for Dual Direction Segments is equal to the absolute value of the Index Performance Rate for certain negative returns. Please note that the Performance Cap Rate and Segment Rate of Return for Dual Direction Segments are cumulative rates of return over the 6-year period from the Segment Start Date to the Segment Maturity Date. They are NOT annual rates, even though the Segment Duration is longer than one year.
For Dual Direction Segments, the Segment Rate of Return is equal to the absolute value of Index Performance Rate subject to the Performance Cap Rate unless the Index Performance Rate is less than the Segment Buffer in which case it is equal to the Index Performance Rate subject to the Segment Buffer, minus the Return of Premium Death Benefit charge if the Return of Premium Death Benefit is elected, as follows:
| If the Index Performance Rate: |
Your Segment Rate of Return will be: | |
| is greater than the Performance Cap Rate | equal to the Performance Cap Rate
minus the Return of Premium Death Benefit charge if the Return of Premium Death Benefit is elected | |
| is between the Performance Cap Rate and Segment Buffer (or equal to either)* | equal to the absolute value of the Index Performance Rate
minus the Return of Premium Death Benefit charge if the Return of Premium Death Benefit is elected | |
| is less than the Segment Buffer | negative, equal to the extent of the percentage exceeding the Segment Buffer
minus the Return of Premium Death Benefit charge if the Return of Premium Death Benefit is elected |
| * | If the Index Performance Rate is zero, the Segment Rate of Return is zero. |
These values are based on the value of the Index on the Segment Start Date and the Segment Maturity Date. Any fluctuations in the value of the Index between those dates is ignored in calculating the Segment Rate of Return.
Please note: Because of the way the Segment Rate of Return is calculated for Dual Direction Segments, when the Index Performance Rate is near the Segment Buffer, a very small difference in the Index Performance Rate on the Segment Maturity Date can result in a very different Segment Rate of Return. For example, if the Index Performance Rate is -10.00% on the Segment Maturity Date the Segment Rate of Return is 10.00% whereas, if the Index Performance Rate is -10.01% on the Segment Maturity Date the Segment Rate of Return is -0.01%.
Dual Direction Segment Examples
Assume that you invest $1,000 in an S&P 500 Price Return Index Dual Direction, 6-year Segment with a -10% Segment Buffer, we set the Performance Cap Rate for that Segment at 90%, you make no withdrawal from the Segment and you did not elect the Return of Premium Death Benefit.
If the S&P 500 Price Return Index is 100% higher on the Segment Maturity Date than on the Segment Start Date, you will receive an 90% Segment Rate of Return, and your Segment Maturity Value would be $1,900. We reach that amount as follows:
| • | The Index Performance Rate (100%) is greater than the Performance Cap Rate (90%), so the Segment Rate of Return (90%) is equal to the Performance Cap Rate. |
| • | The Segment Return Amount ($900) is equal to the Segment Investment ($1,000) multiplied by the Segment Rate of Return (90%). |
| • | The Segment Maturity Value ($1,900) is equal to the Segment Investment ($1,000) plus the Segment Return Amount ($900). |
If the S&P 500 Price Return Index is 26% higher on the Segment Maturity Date than on the Segment Start Date, you will receive a 26% Segment Rate of Return, and your Segment Maturity Value would be $1,260. We reach that amount as follows:
| • | The Index Performance Rate (26%) is less than the Performance Cap Rate (90%), so the Segment Rate of Return (26%) is equal to the Index Performance Rate. |
| • | The Segment Return Amount ($260) is equal to the Segment Investment ($1,000) multiplied by the Segment Rate of Return (26%). |
| • | The Segment Maturity Value ($1,260) is equal to the Segment Investment ($1,000) plus the Segment Return Amount ($260). |
If the S&P 500 Price Return Index is 10% lower on the Segment Maturity Date than on the Segment Start Date, then you will receive a 10% Segment Rate of Return, and your Segment Maturity Value would be $1,100. We reach that amount as follows:
| • | The Index Performance Rate is -10% which is not more negative than the Segment Buffer (-10%), so the Segment Rate of Return (10%) is the absolute value of the Index Performance Rate (|-10%|). |
| • | The Segment Return Amount ($100) is equal to the Segment Investment ($1,000) multiplied by the Segment Rate of Return (10%). |
| • | The Segment Maturity Value ($1,100) is equal to the Segment Investment ($1,000) plus the Segment Return Amount ($100). |
If the S&P 500 Price Return Index is 20% lower on the Segment Maturity Date than on the Segment Start Date, then you will receive a -10% Segment Rate of Return, and your Segment Maturity Value would be $900. We reach that amount as follows:
| • | The Index Performance Rate is -20% and the Segment Buffer absorbs the first 10% of negative performance, so the Segment Rate of Return is -10%. |
| • | The Segment Return Amount (-$100) is equal to the Segment Investment ($1,000) multiplied by the Segment Rate of Return (-10%). |
| • | The Segment Maturity Value ($900) is equal to the Segment Investment ($1,000) plus the Segment Return Amount (-$100). |
Assume that you invest $1,000 in an S&P 500 Price Return Index Dual Direction, 6-year Segment with a -10% Segment Buffer, we set the Performance Cap Rate for that Segment at 90%, you make no withdrawal from the Segment and you did elect the Return of Premium Death Benefit.
If the S&P 500 Price Return Index is 7% lower on the Segment Maturity Date than on the Segment Start Date, then you will receive a 5.8% Segment Rate of Return, and your Segment Maturity Value would be $1,058. We reach that amount as follows:
| • | The Index Performance Rate is -7% which is not more negative than the Segment Buffer (-10%), so the Segment Rate of Return (5.8%) is the absolute value of the Index Performance Rate (|-7%|) minus the Return of Premium Death Benefit charge (1.20%). |
| • | The Segment Return Amount ($58) is equal to the Segment Investment ($1,000) multiplied by the Segment Rate of Return (5.8%). |
| • | The Segment Maturity Value ($1,058) is equal to the Segment Investment ($1,000) plus the Segment Return Amount ($58). |
Risk Factors unique to Dual Direction Segments
| • | For Dual Direction Segments. There is a risk of substantial loss of your principal because you agree to absorb all losses from the portion of any negative Index Performance Rate that exceeds the Segment Buffer on the Segment Maturity Date. For example, the -10% Segment Buffer protects your Segment Investment against the first 10% of loss. If the Index Performance Rate declines by more than the Segment Buffer, you will lose an amount equal to 1% of your Segment Investment for every 1% that the Index Performance Rate declines below the Segment Buffer. This means that you could lose up to 90% of your principal with a -10% Segment Buffer. Each time you roll over your Segment Maturity Value into a new Dual Direction Segment you are subject to the same risk of loss. |
| • | The -10% Segment Buffer offered with Dual Direction Segments protects the Segment Investment from the first 10% of loss. The -10% Segment Buffer is the lowest level of protection offered under the contract. The highest level of protection is the -30% Segment Buffer which is only available with certain other Segments. |
| • | For Dual Direction Segments, the Performance Cap Rate may limit your participation in any increases in the underlying Index associated with a Segment. Our minimum Performance Cap Rate for Dual Direction Segments is 12%. We will not open a Segment with a Performance Cap Rate below the minimum Performance Cap Rate. |
| • | For Dual Direction Segments, your Segment Rate of Return is limited by its Performance Cap Rate, which could cause your Segment Rate of Return to be lower than it would otherwise be if you invested in a mutual fund or exchange traded fund designed to track the performance of the applicable Index. |
| • | Dual Direction Segments will tend to have a lower Performance Cap Rate than Standard Segments with the same Index, Segment Duration and Segment Buffer. |
| • | For Dual Direction Segments, your Segment Maturity Value is not affected by the price of the Index on any date between the Segment Start Date and the Segment Maturity Date. |
| (2) | Adding the iShares® MSCI EAFE ETF for Step Up Segments: |
Effective December 17, 2019, we are adding the iShares® MSCI EAFE ETF for Step Up Segments. The iShares® MSCI EAFE ETF is also currently available for other Segment Types and is described in the prospectus.
The following chart lists the current Step Up Segment Types:
| Index | Segment Duration | Segment Buffer | Minimum Performance Cap Rate | |||
| S&P 500 Price Return Index | 1 year | -10% | 2% | |||
| Russell 2000® Price Return Index | 1 year | -10% | 2% | |||
| iShares® MSCI EAFE ETF | 1 year | -10% | 2% |
Please also note the following changes to the Prospectus:
| 1. | The following hereby amends the corresponding sections in “Incorporation of certain documents by reference”: |
Our Annual Report on Form 10-K for the period ended December 31, 2018, our Quarterly Reports on Form 10-Q for the quarterly periods ended March 31, 2019, June 30, 2019 and September 30, 2019, and our current reports on Form 8-K dated January 3, 2019 are considered to be part of this Prospectus because they are incorporated by reference.
| 2. | The following hereby supplements the information in “Appendix III: Segment Interim Value — Overview of the Purposes and Impacts of the Calculation — Fair Value of Hypothetical Derivatives”: |
For Dual Direction Segments, we use hypothetical put, call and binary put options to estimate the market value, at the time the Segment Interim Value is calculated, of the risk of loss and the possibility of gain at the end of the Segment.
| 3. | The following hereby supplements the information in “Appendix III: Segment Interim Value — Overview of the Purposes and Impacts of the Calculation — Fair Value of Hypothetical Derivatives”: |
At the time the Segment Interim Value is determined, the Fair Value of Hypothetical Derivatives for Dual Direction Segments is calculated using several different hypothetical options. These hypothetical options are designated for each Dual Direction Segment and are described in more detail below.
At-the-Money Call Option (strike price equals the index value at Segment inception). For Dual Direction Segments, the potential for gain in an up market is estimated using the value of this hypothetical option.
Out-of-the-Money Call Option (strike price equals the index increased by the Performance Cap Rate). The risk of loss is estimated using the value of this hypothetical option.
| • | For Dual Direction Segments, the net amount of the At-the-Money Call Option less the value of the Out-of-the-Money Call Option is an estimate of the market value of the possibility of gain at the end of the Segment in an up market as limited by the Performance Cap Rate. |
At the Money Put Option (strike price equals index value at Segment inception). The potential for gain in a down market is estimated using the value of this hypothetical option.
Out-of-the-Money Put Option (strike price equals the index decreased by the Segment Buffer). The risk of loss in a down market in excess of the Buffer is estimated using the value of this hypothetical option. Dual Direction Segments use two of these options.
| • | For Dual Direction Segments, the net amount of the At-the-Money Put Option less the value of one of the Out-of-the-Money Put Options is an estimate of the market value of the possibility of gain at the end of the Segment in a down market limited by the Buffer. |
Out-of-the-Money Binary Put Option (strike price equals index value at Segment inception minus Segment Buffer). The risk of loss in a down market in excess of the Buffer is estimated using the value of this hypothetical option.
| • | For Dual Direction Segments, the other Out-of-the-Money Put Option combined with the Out-of-the-Money Binary Put Option is an estimate of the market value of the possibility of loss at the end of the Segment in a down market in excess of the Buffer. |
| • | It is important to note that the put option value and binary put option value will almost always reduce the principal you receive, even where the Index is higher at the time of the withdrawal than at the time of the original investment. This is because the risk that the Index could have been lower at the end of a Segment is present to some extent whether or not the Index has increased at the earlier point in time that the Segment Interim Value is calculated. |
| 4. | The following hereby supplements the information in “Appendix III: Segment Interim Value — Detailed Descriptions of Specific Inputs to the Calculation — Fair Value of Hypothetical Derivatives”: |
For each Dual Direction Segment, we designate and value several hypothetical options, each of which is tied to the performance of the Index underlying the Segment in which you are invested. For Dual Direction Segments, these are: (1) the At-the-Money Call Option, (2) Out-of-the-Money Call Option, (3) At-the-Money Put Option, (4) two Out-of-the-Money Put Options and (5) Out-of-the-Money Binary Put Option. At Segment maturity, these hypothetical options are designated to value gains up to the Performance Cap Rate in an up market and down to the Buffer in a down market, as well as, value losses below the Segment Buffer.
| 5. | The following hereby supplements the information in “Appendix III: Segment Interim Value — Detailed Descriptions of Specific Inputs to the Calculation — Fair Value of Hypothetical Derivatives”: |
| (1) | At-the-Money Call Option: This is an option to buy a position in the relevant Index equal to the Segment Investment on the scheduled Segment Maturity Date, at the price of the Index on the Segment Start Date. At any time during the Segment Duration, the fair value of the At-the-Money Call Option represents the market value of the potential to receive an amount in excess of the Segment Investment on the Segment Maturity Date equal to the percentage growth in the Index between the Segment Start Date and the Segment Maturity Date, multiplied by the Segment Investment. |
| (2) | Out-of-the-Money Call Option: This is an option to buy a position in the relevant Index equal to the Segment Investment on the scheduled Segment Maturity Date, at the price of the Index on the Segment Start Date increased by a percentage equal to the Performance Cap Rate. At any time during the Segment Duration, the fair value of the Out-of-the-Money Call Option represents the market value of the potential to receive an amount in excess of the Segment Investment equal to the percentage growth in the Index between the Segment Start Date and the Segment Maturity Date in excess of the Performance Cap Rate, multiplied by the Segment Investment. The value of this option is used to offset the value of the At-the-Money Call Option, thus recognizing in the Interim Segment Value a ceiling on gains at Segment maturity imposed by the Performance Cap Rate. |
| (3) | At-the-Money Put Option: This is an option to sell a position in the relevant Index equal to the Segment Investment on the scheduled Segment Maturity Date, at the price of the Index on the Segment Start Date. At any time during the Segment Duration, the fair value of the At-the-Money Put Option represents the market value of the potential to receive an amount equal to the negative return of the Index between the Segment Start Date and the Segment Maturity Date, multiplied by the Segment Investment. |
| (4) | Out-of-the-Money Put Option (Dual Direction Segments use two of these options): This is an option to sell a position in the relevant Index equal to the Segment Investment on the scheduled Segment Maturity Date, at the price of the Index on the Segment Start Date decreased by a percentage equal to the Segment Buffer. At any time during the Segment Duration, the fair value of the Out-of-the Money Put Option represents the market value of the potential to receive an amount equal to the excess of the negative return of the Index between the Segment Start Date and the Segment Maturity Date beyond the Segment Buffer, multiplied by the Segment Investment. The value of one Out-of-the-Money Put option is used to offset the value of the At-the-Money Put Option, and the value of the other Out-of-the-Money Put Option is used to value the potential losses that may be incurred in excess of the Segment Buffer at Segment maturity. |
| (5) | Out-of-the-Money Binary Put Option: This is a requirement to pay the absolute value of the Segment Buffer multiplied by the Segment Investment on the scheduled Segment Maturity Date, if the index price is lower than the index price on the Segment Start Date decreased by a percentage equal to the Segment Buffer. At any time during the Segment Duration, the fair value of the Out-of-the-Money Binary Put Option represents the market value of the potential to receive the absolute value of the Segment Buffer multiplied by the Segment Investment on the Segment Maturity Date. |
For Dual Direction Segments, the Fair Value of Derivatives is equal to (1) minus (2) plus (3) minus (4) minus (5), as defined above.
| 6. | The following hereby supplements the information in “Appendix III: Segment Interim Value — Detailed Descriptions of Specific Inputs to the Calculation — (A)(2) Fair Value of Hypothetical Derivatives”: |
We determine the fair value of each of the applicable designated hypothetical options for a Dual Direction Segment using a market standard model for valuing a European option on the Index, assuming a continuous dividend yield or net convenience value, with inputs that are consistent with market prices that reflect the estimated cost of exiting the hypothetical Derivatives prior to Segment maturity (e.g., the estimated ask price).
| 7. | The following hereby supplements the information in “Appendix III: Segment Interim Value — Detailed Descriptions of Specific Inputs to the Calculation — (B) Pro Rata Share of Performance Cap Rate”: |
For Dual Direction Segments, prior to the Segment Maturity Date, your Segment Interim Value will be limited by the portion of the Performance Cap Rate corresponding to the portion of the Segment Duration that has elapsed.
| 8. | The following hereby supplements the information in “Appendix III: Segment Interim Value — EXAMPLES”: |
Example: Segment Interim Value — Dual Direction Segments
| Item | 6-Year Segment | 6-Year Segment | ||
| Segment Duration (in months) | 72 | 72 | ||
| Valuation Date (months since Segment Start Date) | 9 | 69 | ||
| Segment Investment | $1,000 | $1,000 | ||
| Segment Buffer | -10% | -10% | ||
| Performance Cap Rate | 90% | 90% | ||
| Time to Maturity (in months) | 63 | 3 |
| Item | 6-Year Segment | 6-Year Segment | ||
| Assuming the change in the Index Value is 40% (for example from 100.00 to 140.00) | ||||
| Fair Value of Hypothetical Fixed Instrument | $883.52 | $998.05 | ||
| Fair Value of Hypothetical Derivatives | $255.05 | $389.82 | ||
| Cap Calculation Factor | $105.04 | $4.99 | ||
| Sum of above | $1,243.61 | $1,392.86 | ||
| Segment Investment multiplied by prorated Performance Cap Rate | $1,112.46 | $1,862.16 | ||
| Segment Interim Value | $1,112.46 | $1,392.86 | ||
| Assuming the change in the Index Value is -5% (for example from 100.00 to 95.00) | ||||
| Fair Value of Hypothetical Fixed Instrument | $883.52 | $998.05 | ||
| Fair Value of Hypothetical Derivatives | -$16.13 | $17.03 | ||
| Cap Calculation Factor | $105.04 | $4.99 | ||
| Sum of above | $972.44 | $1,020.06 | ||
| Segment Investment multiplied by prorated Performance Cap Rate | $1,112.46 | $1,862.16 | ||
| Segment Interim Value | $972.44 | $1,020.06 | ||
| Assuming the change in the Index Value is -15% (for example from 100.00 to 85.00) | ||||
| Fair Value of Hypothetical Fixed Instrument | $883.52 | $998.05 | ||
| Fair Value of Hypothetical Derivatives | -$89.04 | -$57.62 | ||
| Cap Calculation Factor | $105.04 | $4.99 | ||
| Sum of above | $899.53 | $945.42 | ||
| Segment Investment multiplied by prorated Performance Cap Rate | $1,112.46 | $1,862.16 | ||
| Segment Interim Value | $899.53 | $945.42 | ||
The input values to the market standard model that have been utilized to generate the hypothetical examples above are as follows:
| (1) | Implied volatility of 24% is assumed. |
| (2) | Investment rate corresponding to remainder of Segment term is 2.39% (63 months to maturity) and 0.79% (3 months to maturity). |
| (3) | Swap rate corresponding to remainder of Segment term is assumed 1.64% (63 months to maturity) and 0.69% (3 months to maturity). |
| (4) | Skewness of -26.5% is assumed. |
| (4) | Index dividend yield is 1.95% annually. |
| (5) | One-half estimated Bid-Ask Spread of 50 bps. |
Examples: Effect of Withdrawals on Segment Interim Value — Dual Direction Segments
| Item | 6-Year Segment | 6-Year Segment | ||
| Segment Duration (in months) | 72 | 72 | ||
| Valuation Date (Months since Segment Start Date) | 9 | 69 | ||
| Segment Investment | $1,000 | $1,000 | ||
| Segment Buffer | -10% | -10% | ||
| Performance Cap Rate | 90% | 90% | ||
| Time to Maturity (in months) | 63 | 3 | ||
| Amount Withdrawn1 | $100 | $100 | ||
| Assuming the change in the Index Value is 40% (for example from 100.00 to 140.00) | ||||
| Segment Interim Value2 |
$1,112.46 | $1,392.86 | ||
| Percent Withdrawn3 |
8.99% | 7.18% | ||
| New Segment Investment4 |
$910.11 | $928.21 | ||
| New Segment Interim Value5 | $1,012.46 | $1,292.86 | ||
| Item | 6-Year Segment | 6-Year Segment | ||
| Assuming the change in the Index Value is -5% (for example from 100.00 to 95.00) | ||||
| Segment Interim Value2 |
$972.44 | $1,020.06 | ||
| Percent Withdrawn3 |
10.28% | 9.80% | ||
| New Segment Investment4 |
$897.17 | $901.97 | ||
| New Segment Interim Value5 | $872.44 | $920.06 | ||
| Assuming the change in the Index Value is -15% (for example from 100.00 to 85.00) | ||||
| Segment Interim Value2 |
$899.53 | $945.42 | ||
| Percent Withdrawn3 |
11.12% | 10.58% | ||
| New Segment Investment4 |
$888.83 | $894.23 | ||
| New Segment Interim Value5 | $799.53 | $845.42 | ||
| (1) | Amount withdrawn is net of applicable withdrawal charge. |
| (2) | Segment Interim Value immediately before withdrawal. |
| (3) | Percent Withdrawn is equal to Amount Withdrawn divided by Segment Interim Value. |
| (4) | New Segment Investment is equal to the original Segment Investment ($1,000) multiplied by (1 – Percent Withdrawn). |
| (5) | New Segment Interim Value is equal to the calculated Segment Interim Value based on the new Segment Investment. It will also be equal to the Segment Interim Value multiplied by (1 – Percent Withdrawn). |
| This ‘424B3’ Filing | Date | Other Filings | ||
|---|---|---|---|---|
 | ||||
| Filed on: | 12/17/19 | |||
| 9/30/19 | 10-Q | |||
| 6/30/19 | 10-Q | |||
| 5/1/19 | EFFECT | |||
| 3/31/19 | 10-Q | |||
| 1/3/19 | 4, 8-K | |||
| 12/31/18 | 10-K, 4, 8-K | |||
| List all Filings | ||||