Method 3 Sample Clauses

Method 3. Financial offer and quality In the case of a financial offer and quality:

Method 3. The amount determined by any reasonable method of allocating income or loss to the Participant’s Excess Aggregate Contributions for the Plan Year and for the gap period, provided the method used is the same method used for allocating income or losses to Participants’ Accounts. This Plan will not fail to use a reasonable method for computing the income allocable to Excess Aggregate Contributions merely because the income allocable to such Excess Aggregate Contributions is determined on a date that is no more than 7 days before the distribution.

Method 3. As an alternative to Method 2, replace the original actuating shaft with a new reinforced shaft according to Figure 1. Mass and balance: Not Affected. Appendix to AD 97–24–06—Aileron Actuating Shaft Remarks For rigging and derigging procedures, refer to the flight manual, page E12. After accomplishing repairs according to Method 2, or replacement of the actuating shaft according to Method 3, the aileron deflections must be checked. Plates, welding material, and spare parts as mentioned are available from the manufacturer. BILLING CODE 4910–13–P

Method 3. Full payment of the Retainer is required prior to the start of work. If replenish of Retainer is required full payment of the agreed upon amount is required within 5 business days for continuation of the work.

Method 3. The surface shall be covered with moist earth not less than 4 hours nor more than 24 hours after the concrete is placed. Earthwork operations that may damage the concrete shall not begin until at least 7 Days after placement of concrete.

Method 3. Figure 3. (Left) Depiction of the methods utilized in the fabrication of the PbI2 dispersion. (Right) Optical microscopic images (magnification 202x) of the corresponding printed PbI2 layers where the printing inks are made following the methods described on the left. In addition to citric acid and ethanol:2-butoxyethanol, several ligands and solvents were also tested. • Ligands: butylamine, octylamine, oleylamine, acetohydroxamic acid, benzhydroxamic acid, polyacrylic acid (PAA) and poly(4-vinyl pyrrolidone) (PVP) • Solvents: EDGA, PGMEA, 2-butoxyethyl acetate and water But none of the listed combinations resulted into a stable dispersion prepared with the Method 2. As it became obvious that ultrasonication was an insufficient way to achieve a stable dispersion, another mixing method was tested. In Method 3 (shown in Figure 3c)), the ink vial was placed on a roller bench where it was rotated for one week at room temperature. This method introduced continuous grinding by the mixing balls (ZrO, d = 0.5 cm) that eventually led to smaller PbI2 particles and smoother printed films. Still, the dispersion was not stable and the surface coverage of the printed PbI2 particles was incomplete (Figure 3c)). At this point, the functionality of citric acid as the ligand was re-evaluated and also other approaches were considered. Several commercial dispersing agents were tested and they are listed in Table 2. The dispersing agent was mixed with the solvent system followed by adding the PbI2-CA powder and mixing on the roller bench.

Method 3. Audit your system

Method 3. Census data. The site address must be within an eligible low-income census tract or census block group where at least 50% of the population has income at or below 185 percent of the Federal Poverty Level. If the program is targeting a specific race/ethnicity, the most current data for that group may be used. Use the CalFresh Healthy Living Geographic Information System (CFHL GIS) to identify a qualifying census tract.