Sentence examples for solving sections from inspiring English sources

As part of the qualitative research process, 11 out of the 27 classes completed during the trial period were purposively selected for analysis of postings to the difficult emotions and problem solving sections of the discussion centre as these were the sections where there was most interaction between the participants and facilitators.

There was none of this touchscreen nonsense going on, and getting applications onto your phone was like solving Section 4 of Kryptos.

In the 'Numerical scheme of solving EOsectionion, we have discussed the procedure of handling physical constraint of the EOS system.

Note that, as has been discussed in the "Formulation of the inverse problem and the proposed steps of its solving" section, the SD method was applied to the abovementioned SP profile.

As indicated earlier, the matter of the aforementioned unacceptable negative depth has been addressed in detail and satisfactorily treated here, as will be seen in the "Formulation of the inverse problem and the proposed steps of its solving" section.

This assures that the inversion scheme always produces geologically acceptable and meaningful inverse results (that is, the body never virtually extends in the air), as will be discussed in the "Formulation of the inverse problem and the proposed steps of its solving" section.

The UMAT consists of three sections: Section 1 – Logical Reasoning & Problem Solving Section 2 – Understanding People; and Section 3 – Non-Verbal Reasoning.

The concept underlying the "Dynamic Programming Argumentation Reasoning Tool" [42,115] is based on dynamic programming, where the instance is decomposed before solving (see Section 4.3).

Then, the energy-efficient power allocation problem is formulated and solved in Section 3. Section 4 presents the simulation results.

Then, the secondary throughput derivation and the problem of maximizing the throughput of secondary system is formulated and solved in Section 3. Section 4 presents simulation results of secondary throughput.

If K n or K n+1 equals one, the problem reduces to a broadcasting or a multiple-accessing problem to be solved in Sections 3.2 and 3.3 In this section, we focus on the case that K n >1 and K n+1>1.