Variable Accumulation Unit Value Clause Samples
The Variable Accumulation Unit Value clause defines how the value of accumulation units in a variable insurance or annuity contract is determined and adjusted over time. Typically, this clause outlines the calculation method for unit values, which may fluctuate based on the performance of underlying investment options, such as mutual funds or separate accounts. By establishing a transparent process for valuing these units, the clause ensures policyholders can accurately track the growth or decline of their contract's value, thereby promoting clarity and fairness in the management of variable products.
Variable Accumulation Unit Value. The Company established the Variable Accumulation Unit value for each Sub-Account at $10.00 for the first Valuation Period of the particular Sub-Account. The Company determines the Variable Accumulation Unit value for the particular Sub-Account for any subsequent Valuation Period by methodology which is the mathematical equivalent of multiplying the Variable Accumulation Unit value for the particular Sub-Account for the immediately preceding Valuation Period by the Net Investment Factor for the particular Sub-Account for such subsequent Valuation Period. The Variable Accumulation Unit value for each Sub-Account for any Valuation Period is the value determined as of the end of the particular Valuation Period and may increase, decrease or remain constant from Valuation Period to Valuation Period in accordance with the Net Investment Factor described below.
Variable Accumulation Unit Value. The Company determines the Variable Accumulation Unit value for each Sub-Account for any Valuation Period by methodology that is the mathematical equivalent of multiplying the Variable Accumulation Unit value for the particular Sub-Account for the immediately preceding Valuation Period by the Net Investment Factor for the particular Sub-Account for such subsequent Valuation Period. The Variable Accumulation Unit value for each Sub-Account for any Valuation Period is the value determined as of the end of the particular Valuation Period and may increase, decrease or remain constant from Valuation Period to Valuation Period in accordance with the Net Investment Factor described below.
Variable Accumulation Unit Value. The Company established the Variable Accumulation Unit value for each Sub-Account at $10.00 for the first Valuation Period of the particular Sub-Account. The Company determines the Variable Accumulation Unit value for the particular Sub-Account for any subsequent Valuation Period by methodology which is the mathematical equivalent of multiplying the Variable Accumulation Unit value for the particular Sub-Account for the immediately preceding Valuation Period by the Net Investment Factor for the particular Sub-Account for such subsequent Valuation Period. The Variable Accumulation Unit value for each Sub-Account for any Valuation Period is the value determined as of the end of the particular Valuation Period and may increase, decrease or remain constant from Valuation Period to Valuation Period in accordance with the Net Investment Factor described below. The variable accumulation value, if any, of a Participant's Account for any Valuation Period is equal to the sum of the value of all Variable Accumulation Units of each Sub-Account credited to the Participant's Account for such Valuation Period. The variable accumulation value of each Sub-Account is determined by multiplying the number of Variable Accumulation Units, if any, credited to each Sub-Account by the Variable Accumulation Unit value of the particular Sub-Account for such Valuation Period. The Net Investment Factor is an index applied to measure the investment performance of a Sub-Account from one Valuation Period to the next. The Net Investment Factor may be greater than, less than, or equal to one; therefore, the value of a Variable Accumulation Unit may increase, decrease or remain unchanged. The Net Investment Factor for any Sub-Account for any Valuation Period is determined by dividing (a) by (b) and then subtracting (c) from the result where: