Sentence examples for our expressions for from inspiring English sources

Why should our expressions for God be toned down?

The main idea is to treat our expressions for the amplitude of the weighted LD curve as equations that can be solved for the ancestry fractions α and β = 1 − α.

Our expressions for the COC and precipitation boundary contain two free parameters, A and B, which are related to the nonelectrostatic contributions to the oligomerization and precipitation free energies.

Equation 31 now gives us our expression for B 1 which we can substitute into our expression for ψ 1 (equation 12) at n = 1: ψ 1 = − 2 ε 2 ε 1 + ε 2 E o R cos θ (32).

Now, we substitute the value for the revenue process into our expression for the returns on the option.

Equation 32 now gives us our expression for the potential inside the well in terms of the electric field outside of the nanowire (E 0  = E out ).

We can derive our expression for the perpendicular permittivity from Maxwell's Equations and making use of the electromagnetic boundary conditions.

We can differentiate equation 32 with respect to R to get our expression for the electric field inside the nanowire (E in ).

To derive our expression for the perpendicular permittivity, we can again start from Maxwell's Equations and use electromagnetic field boundary conditions.

We can now substitute our expression for E in (equation 33) into equation 34 and make the further substitution that ε 1 = ε m and ε 2 = ε d corresponding to the permittivity of the metallic nanorod and dielectric host respectively.

Figure 3 shows the SEP of 16-TQAM and 64-TQAM against SNR in AWGN channel, and it is observed that our expression for exact SEP (15) completely agrees with the simulation curve.