C-words

Rogers, J., Choi, E., Souza, L., Carter, C., Word, C., Kuehl, M., Eisenberg, D., Wall, R. (1981). Gene segments encoding transmembrane carboxyl termini of immunoglobulin y chains. Cell 26,19-27. 

I understood how she might have charmed the pants off the media back in 1974. That was the year she went public with her own diagnosis and mastectomy. Until then, the C word was not discussed in polite company. Many women owe Betty Ford a debt of gratitude. She opened the floodgates for advocacy. She helped save countless lives. 

Character This final C-word for trust building means different things to many people. But generally, a person with character is considered honest, ethical, and principled. People with character are credible or worthy of another s trust because they display confidence and competence in following a consistent set of personal beliefs. They are believable and trusted because they know who they are, they know where they want to go, and they know how to get there. 

A person with character practices all the strategies discussed here for cultivating a trusting culture. This C-word, then, epitomizes interpersonal trust from both an intention and capability perspective. We d like to add a few additional trust-building methods, however, that especially fit this category, although they do overlap with other C-words discussed here. 

Building interdependent trust and belonging should be part of the mission statement for every corporate endeavor that involves people. It should influence almost every conversation we have with coworkers. It is a continuous journey, essential to cultivating an organization of individuals and teams whose personal and shared accountabilities for safety and health are sufficient to achieve a Total Safety Culture. The seven C-words reviewed here are easy to remember, and although their meanings overlap to some extent, each offers distinct directives for trust-budding behavior. 

R. Konenkamp, R.C. Word, M. Godinez, Ultraviolet electroluminescence from ZnO/polymer heterojunction light-emitting diodes. Nano Lett.5 (2005) 2005-2008. 

The prefix is also used in orthophosphates, orthocarbonates, orthoformates and ortho-silicates, which are derivatives of POCOH), the hypothetical C(OH)4, HC(OH)3 and Si(OH)4 respectively in these the word ortho is always written in full. 

The motion of particles in a fluid is best approached tlirough tire Boltzmaim transport equation, provided that the combination of internal and external perturbations does not substantially disturb the equilibrium. In otlier words, our starting point will be the statistical themiodynamic treatment above, and we will consider the effect of botli the internal and external fields. Let the chemical species in our fluid be distinguished by the Greek subscripts a,(3,.. . and let f (r, c,f)AV A be the number of molecules of type a located m... 

Thus, the neglect of the off-diagonal matrix elements allows the change from mixed states of the nuclear subsystem to pure ones. The motion of the nuclei leads only to the deformation of the electronic distribution and not to transitions between different electronic states. In other words, a stationary distribution of electrons is obtained for each instantaneous position of the nuclei, that is, the elechons follow the motion of the nuclei adiabatically. The distribution of the nuclei is described by the wave function x (R i) in the potential V + Cn , known as the proper adiabatic approximation [41]. The off-diagonal operators C n in the matrix C, which lead to transitions between the states v / and t / are called operators of nonadiabaticity and the potential V = (R) due to the mean field of all the electrons of the system is called the adiabatic potential. 

At this point the system has throe phases (CUSO4 CuS04,Hj0 HjO vapour) and the number of components is two (anhydrous salt water). Hence by the phase rule, F + F = C + 2, t.e., 3+F = 2 + 2, or F=l. The system is consequently univariant, in other words, only one variable, e.g., temperature, need be fixed to define the system completely the pressure of water vapour in equilibrium with CUSO4 and CuS04,Hj0 should be constant at constant temperature. 

In Grignard reactions, Mg(0) metal reacts with organic halides of. sp carbons (alkyl halides) more easily than halides of sp carbons (aryl and alkenyl halides). On the other hand. Pd(0) complexes react more easily with halides of carbons. In other words, alkenyl and aryl halides undergo facile oxidative additions to Pd(0) to form complexes 1 which have a Pd—C tr-bond as an initial step. Then mainly two transformations of these intermediate complexes are possible insertion and transmetallation. Unsaturated compounds such as alkenes. conjugated dienes, alkynes, and CO insert into the Pd—C bond. The final step of the reactions is reductive elimination or elimination of /J-hydro-gen. At the same time, the Pd(0) catalytic species is regenerated to start a new catalytic cycle. The transmetallation takes place with organometallic compounds of Li, Mg, Zn, B, Al, Sn, Si, Hg, etc., and the reaction terminates by reductive elimination. 

Section 16 1 Ethers are compounds that contain a C—O—C linkage In substitutive lUPAC nomenclature they are named as al/coxy derivatives of alkanes In functional class lUPAC nomenclature we name each alkyl group as a separate word (m alphabetical order) followed by the word ether... 

Sulfides are sulfur analogs of ethers they contain the C—S—C func tional group They are named as al/cylthw derivatives of alkanes m sub stitutive lUPAC nomenclature The functional class lUPAC names of sul tides are derived m the same manner as those of ethers but the concluding word is sulfide... 

Acetals and Acylals. Acetals, which contain the group >C(OR)2, where R may be different, are named (1) as dialkoxy compounds or (2) by the name of the corresponding aldehyde or ketone followed by the name of the hydrocarbon radical(s) followed by the word acetal. For example, CH3—CH(0CH3)2 is named either (1) 1,1-dimethoxyethane or (2) acetaldehyde dimethyl acetal. 

For oximes, the word oxime is placed after the name of the aldehyde or ketone. If the carbonyl group is not the principal group, use the prefix hydroxyimino-. Compounds with the group Z = N—OR are named by a prefix alkyloxyimino- as oxime O-ethers or as O-substituted oximes. Compounds with the group r C=N(0)R are named by adding A-oxide after the name of the alkylideneaminc compound. For amine oxides, add the word oxide after the name of the base, with locants. For example, C5H5N—O is named pyridine A-oxide or pyridine 1-oxide. 

Nowadays there is a tendency to use the word term to describe that which arises from an approximate treatment of an electron configuration, whereas the word state is used to describe something that is observable experimentally. For example, we can say that the s 2s 2p 3d configuration of C gives rise to a term which, when spin-orbit coupling is taken into account, splits into Pi, 2 Pj, states. Since spin-orbit coupling can be excluded only in theory but never in practice there can be no experimental observation associated with the P term. ... 

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