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Some aspects of reagents can have a profound effect on their reactions, and in some cases these traits are uncontrollable. For example, many common organometallic reagents like alkyl lithiums are purchased for convenience and because they can be hard to make. Does it matter whether the alkyl lithium was made by the commercial supplier from the bromide, the chloride, or the iodide Does it matter whether the alkyl lithium is supplied in ether or tetrahydrofuran Often, it does matter. Why should this be so In some cases, it has been shown that dissolved metal salts (LiCl, LiBr, and LiI) affect the outcome of a reaction. These salts have different solubilities in ether and tetrahydrofuran (LiI is the most soluble), so the solvent (which will certainly be known) and alkyl halide precursor (which may not be known) of the purchased alkyl lithium can strongly affect the salts present in the solution and therefore the outcome of

It was not enough for Einstein to fashion a mathematically adept theory. He had to defend it against competitors by providing means of experimental verification. He suggested several key tests, including an explanation of the orbital procession of Mercury (how Mercury s path around the Sun advances over time) and a prediction concerning the bending of starlight by the Sun s gravitation. One of the theories Einstein s competed with was Nordstr m s. As a scalar, not a tensor, approach, Nordstr m s model offered vastly different experimental predictions. For example, light rays wouldn t be deflected by gravity. Both Einstein and Nordstr m were curious to see which approach would turn out to be correct. Nordstr m graciously conceded even before the answer became fully known. It was not hard for him to move to the other camp. After all, since his student days, Einstein was one of his idols. Born in 1881, Nordstr m began his career as an engineer, then aspired to be a chemist. He changed his mind again while studying chemistry at the University of G ttingen. During his one-year stay, starting in April 1906, he encountered Minkowski s extraordinary ideas and decided to switch his field to theoretical physics. Returning to Finland, he began publishing papers on the subject of special relativity, while lecturing at the University of Helsinki. He also wrote the first popular article in Finnish about Einstein and Minkowski s work. Nordstr m s university colleagues were baffled by his new interest. No one else was familiar with relativity. As a dolphin in a desert, the only chance he had for free discourse was to head for the scientific oceans of central Europe. But travel funds were hard to come by.

Density (g mL 1) 0.786 1.492 1.325 0.706 1.100 0.789 0.902 0.672 0.791 0.626 0.978 0.889 0.865 1.000

allowable field strength levels for the borderline and beyond the border This is required to prevent UTRA operators from increasing their base station power to increase their borderline coverage, but which would reduce coverage of the operator across the border The general assumption was that the maximum allowable field strength level at the border should be high enough to allow for voice communications (8 kbps) inside buildings, regardless of the compatibility between neighbouring networks operating on the same frequency The maximum allowable borderline field strength level was determined, assuming that an increase of noise by 50 % at the mobile user terminal (MS) causes a coverage reduction of 10 % In order to assure full coverage, an additional margin was also assumed for signal fading inside buildings as well as cell overlap at the border.

This class represents the display of the device. To show a user interface object on the device, you first have to declare the display, get it, and then make it current with the object supplied as the parameter to the setCurrent method. The methods specific to this class are enlisted:

In the cases where the foreseen (or measured) mean field strength levels at the border for each of the carriers generated by a given station do not exceed the allowable value, the given frequency does not require coordination As the result of works performed by CEPT TG1 and PT1, for all types of frequencies used in FDD systems, appropriate maximum field strength levels were established, which should not be exceeded at a height of 3 m above terrain at the border between the countries (and inside the neighbour country) These values are defined for downlink (with respect to field strength levels generated by the base stations), as these are more critical as compared to the uplink in the link budget.