Excess of feeling

With regard to this whole type of priestly medication, the guilty kind, every word of criticism is too much. That such an excess of feeling as prescribed by the ascetic priest to his patient (under the holiest of names, as goes without saying, and likewise impregnated with the sanctity of his purpose) should in any way have been really of use to any patient, who... 

For comfort in normal office or residential occupation, with percentage saturations between 35 and 70%, control of the dry bulb will result in comfortable conditions for most persons. Feelings of personal comfort are as variable as human nature and at any one time 10% of the occupants of a space may feel too hot and 10% too cold, while the 80% majority are comfortable. Such variations frequently arise from lack or excess of local air movement, or proximity to cold windows, rather than an extreme of temperature or moisture content. 

While an [S]/[C] ratio serves as a good dimension of merit for the productivity of one batch, it does not yield any information on the stability of the catalyst over its lifetime. As already discussed in Chapter 19, Section 19.3.4, the homogeneous catalysis community typically does not feel the need to recycle catalysts (Blaser, 2001), so the turnover number (TON) equals the total turnover number (TTN). The true utility and productivity advantage of biocatalysts is captured upon reuse of the catalyst, achieving catalyst lifetime productivities far in excess of catalysts used only once. 

Sodium hydroxide and potassium hydroxide are both bases because they both taste bitter, feel slippery, and produce an excess of hydroxide ions in solution. In addition, they turn red litmus blue. 

Regarding the physical properties of acids, they taste sour and leave a burning sensation on one s skin. Chemically, they are corrosive and lose their physical properties when in contact with basic solutions. In solution, they produce an excess of hydrogen or hydronium ions. Regarding physical properties of bases, they taste bitter and feel slippery. Chemically, they react with acids to form salts and water. In solution, they produce an excess of hydroxide ion. The whiting compounds produce excess hydroxide ions in solution. 

Generally, one may establish that in some cases greatly enhanced concentration fluctuations occur under flow, in others, however, the size of concentration fluctuations is reduced and, obviously, flow promotes mutual miscibility of the polymers. Concentration fluctuations are accompanied by inhomogeneities of transport quantities as shear viscosity and diffusity. In a flow field the molecules are transferred into a non-equilibrium situation of extension. Two polymer molecules in a state of excess extension feel an additional repulsion due to the enhanced normal stress difference. Thus, the rate of dissipation by diffusion is low compared with the shear rate and the concentration fluctuations tend to grow. The opposite is true for a state of lower extension. In that case the dissipation of the concentration fluctuations is enhanced owing to an additional attraction between the chain molecules. 

However, Ishii et al. [14] feel that a termolecular mechanism is a better explanation of the data and they show that the expression (2) applied for EO polymerizations in the presence of a large excess of alcohol, viz. 

A value of ox close to 1.0 can certainly enhance the warm happy feeling, while one in excess of 1.0 does not necessarily condemn the determination. 

The data of Table V indicate a gradual decrease of [NCO] in the later stages of each of these natural polymerizations. But a significant amount of isocyanate remained in the reaction mixtures at the full term of the reactions. One might argue that this is due to a slight initial excess of isocyanate charged. But we feel that it is more likely manifestation of the urethane dissociation equilibrium (Equation 1). 

X.S. Teefore has increased thyroid hormone levels that increase his rate of ATP utilization and fuel oxidation. An excess of thyroid hormones also may affect the efficiency of ATP production, resulting in fewer ATP produced for a given O2 consumption. The increased rate of ATP utilization and diminished efficiency stimulates oxidative metabolism, resulting in a much greater rate of heat production. The hyperthyroid patient, therefore, complains of constantly feeling hot (heat intolerance) and sweaty. (Perspiration allows dissipation of excess heat through evaporation from the skin surface.)... 

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