Examples of Hypothetical # in a sentence
The number of outstanding accumulation units For the illustration, the hypothetical monthly accumulation factor calculated is equivalent to a 11.295% net annual effective rate of return reduced by the Mortality and Expense risk charges: Monthly Accumulation Factor (Hypothetical) = (1+11.295%)^[(Number of days in the month)/365] x (1- (M&E Rate)/365)^(Number of days in the month) Where ^ signifies "to the power of" and a 365 day year is assumed.
The number of outstanding accumulation units For the illustration, the hypothetical monthly accumulation factor calculated is equivalent to a 11.295% net annual effective rate of return reduced by the Mortality and Expense risk charges: Monthly Accumulation Factor (Hypothetical) = (1+11.295%)^[(Number of days in the month)/365] x (1-(M&E Rate)/365)^(Number of days in the month) Where ^ signifies "to the power of" and a 365 day year is assumed.
For the illustration, a hypothetical monthly net investment factor is calculated which is equivalent to a 10.91% net annual effective rate of return: Monthly Net Investment Factor (Hypothetical) = (1.1091) ^ [(Number of Days in Month) / 365] Where: i.
The number of outstanding accumulation units For the illustration, the hypothetical monthly accumulation factor calculated is equivalent to a 11.25% net annual effective rate of return reduced by the Mortality and Expense risk charges: Monthly Accumulation Factor (Hypothetical) = (1+ 11.25%)^[(Number of days in the month)/365] x (1- (M&E Rate)/365)^(Number of days in the month) Where ^ signifies "to the power of" and a 365 day year is assumed.
For the illustration, a hypothetical monthly net investment factor is calculated which is equivalent to a 10.36% net annual effective rate of return: Monthly Net Investment Factor (Hypothetical) = (1.1036) ^ [(Number of Days in Month) / 365] Where: i.
The number of outstanding accumulation units For the illustration, the hypothetical monthly accumulation factor calculated is equivalent to a 11.25% net annual effective rate of return reduced by the Mortality and Expense risk charges: Monthly Accumulation Factor (Hypothetical) = (1+11.25%)^[(Number of days in the month)/365] x (1- (M&E Rate)/365)^(Number of days in the month) Where ^ signifies "to the power of" and a 365 day year is assumed.
For the illustration, a hypothetical monthly net investment factor is calculated which is equivalent to a 11.13% net annual effective rate of return: Monthly Net Investment Factor (Hypothetical) = (1.1113) ^ [(Number of Days in Month) / 365] Where: i.
The Hypothetical ----------------------------------- Combined Tax Liability of BlackRock for a taxable year shall be computed by multiplying the applicable statutory tax rate by the Hypothetical Combined Income.
For the illustration, a hypothetical monthly net investment factor is calculated which is equivalent to a 10.85% net annual effective rate of return: Monthly Net Investment Factor (Hypothetical) = (1.1085) ^ [(Number of Days in Month) / 365] Where: i.
For the illustration, a hypothetical monthly net investment factor is calculated which is equivalent to a 11.09% net annual effective rate of return: Monthly Net Investment Factor (Hypothetical) = (1.1109) ^ [(Number of Days in Month) / 365] Where: i.