So, your balance equals the initial amount what did I say?
The monthly payment would be $549.55 if he bought an annuity with a guarantee that if he died before all the payments received equaled the initial premium amount, his estate would get a refund for the difference.
The equilibrium solid-phase concentration is assumed: (i) incorporating a time-dependent solid-phase concentration Ye,t, (ii) equal to the intersection point of the equilibrium isotherm and the operating line and (iii) the point on the equilibrium isotherm where the liquid-phase concentration equals the initial concentration in the film pore diffusion model.
The experiment was terminated when the concentration of each metal ion at the outlet of the column equals the initial concentration of both Cd II) and Zn II).
The end of the response was thus set as the time the membrane potential equaled the initial resting potential for the first time following the light-evoked hyperpolarization.
During the first iteration the input promoter set, which equals the initial promoter set, is subjected to motif sampling against atoDAEB promoter sequences representing the initial qualified promoter set.
In the three exponential decays, we assumed that the 3.01 ns lifetime split into two components; the 2.7 2.8 ns component and the ∼0.3 ns component as the sum of the two pre-exponential factors approximately equalled the initial 0.64 pre-exponential factor.
Constraint (27) requires the energy stored in the battery at the end of the day (period T) equals to the initial energy.
The remaining 42% of cases, where the final wage equals the initial wage offer, was largely driven by women avoiding negotiations 34% of the time.
Over geologic time, this ratio is increased in proportion to the 87Rb/86Sr ratio, as discussed earlier, and the line rotates with a slope equal to (eλt − 1) that represents the time elapsed; thus, the present-day ratio (87Sr/86Sr p equals the initial ratio (87Sr/86Sr 0 plus radiogenic additions, or (87Sr/86Sr p = (87Sr/86Sr)0 + 87Rb/86Sr (eλt − 1).
The injury index of Fv/Fm was defined as 100 × [1 − (Fv/Fmt/Fv/Fm0)] and electrolyte leakage as 100 × [ ECt − EC0)/(1 − EC0)], in which t equals each time point and 0 equals the initial time before chilling (Eriksson et al. 2011).
