Sentence examples for all of these equations from inspiring English sources

Because all of these equations contain second-order spatial derivatives and are self-adjoint for the mono-energetic case, standard continuous finite-element discretization techniques have proved quite effective when applied to the spatial variables.

The general formula for finding the area of a triangle is area = ½ × base × height which is also equal to area = ½ × a × b × sin C. The choice of which angle is which in all of these equations is of course completely arbitrary, so feel free to swap around a, b and c at will, as long as you also swap A, B and C to make them fit.

All of these equations are called kinetic equations.

We describe all of these equations below for clarification.

In all of these equations wT should be replaced with wH.

All of these equations exhibited low discriminating power.

(13, 14, 15, 16) can be calculated, and the sum of all these equations is equal to 0.01232 s.

In this case we have the equation x 2 − L 2 n x y + y 2 = 5 F 2 n 2. Now we can give all solutions of these equations in the following lemma.

However, from a statistical point of view, all these equations are hypotheses that needed to be tested on collected gait data for verifying the main hypothesis of this study because transitive property of equality cannot be applied to statistics.

We look for the steady-state solution of these equations, where all time derivatives vanish.

The early kennings were equations of two terms; later on, there were several of these equations in each word.