Process of imagination

It also seems reasonable to assume that whenever we observe the efficient operation of an acquired drive, the objective changes in the cortical neurons are inseparable from the subjective side of the special state of high excitability, the imagination of the goal to be reached. Terms such as process of imagination (Beritov 1932), insight (Koffka 1935), and so on have been adopted by virtue... 

The dashed arrows here refer to the mental process of imagining the polarization being taken to the limit. The resulting charges are what we have previously called polar numbers or oxidation numbers . In terms of these, oxidation and reduction may be defined as follows ... 

One very useful application arises when the desired reaction is difficult to measure kinetically. For example, imagine that the reaction of A) and B, the process of interest, does not produce an appreciable instrument signal under the concentration conditions the experiment requires. The reaction of A2 and B, however, can be coupled to it. If this second reaction is well characterized, with a known rate constant, and if P2 is easily detected, one can then study the concurrent reactions of A] and A2 with B. These will then provide the value of the otherw ise unknown k. Since B is limiting, [Pi ] = [B]o [P2]. thereby providing a value for the otherwise unmeasured concentration. With A2 known, the rate constant is... 

Once they have detected patterns, scientists develop hypotheses, possible explanations of the laws—or the observations—in terms of more fundamental concepts. Observation requires careful attention to detail, but the development of a hypothesis requires insight, imagination, and creativity. In 1807, John Dalton interpreted experimental results to propose the hypothesis that matter consists of atoms. Although Dalton could not see individual atoms, he was able to imagine them and formulate his atomic hypothesis. Dalton s hypothesis was a monumental insight that helped others understand the world in a new way. The process of scientific discovery never stops. With luck and application, you may acquire that kind of insight as you read through this text, and one day you may make your own extraordinary hypotheses. 

Imagine the following scenario. You are the new lab assistant for a professor in a highly underbudgeted chemistry department. Your first task is to finish a project started by the former assistant, who suffered an accident while failing to observe proper safety procedures. The accident occurred while he was in the process of labeling and storing example specimens of each element in identical containers. 

Ans. (a) We simplify this process by imagining that it takes place in two consecutive steps. The first step is the chemical reaction, which liberates heat. (AH is negative.) This heat is the cause of the temperature rise. (b) The second step is the addition of that heat to the solution, causing the temperature rise. The solution takes in the heat. AH is positive for this step. If no heat escapes to the surroundings, the overall A H is 0. 

One of the most fascinating aspects of domino reactions is the fact that the number of steps being included in one sequence is not really limited therefore, the complexity of a domino process is simply a question of imagination and skill. 

The New Order for France" demanded a secret Farben hold on all patents. They were bidding, without any stretch of imagination, to control the economy of the whole continent. They could grab a process, register it secretly, release its benefits as they pleased. Upon the patent would depend the granting of licenses. On licenses would depend the flow of goods between countries. 

VK Fischapark was a former factory with extensive grounds. For me, it n/as something on a special scale, an extreme dimension, and as such, it reminded me of Russia in a positive way. The expanse of the fields, the endless, lonesome landscape at that time, and, again, that boundless cultural space - all this is sorely needed for the kind of imagination and free inspiration that stimulates creative processes. 

Since all is ultimately consciousness, mind (as Buddhist metaphysics terms consciousness) is the builder of all and the source of the illusion of separateness. It is by the skillful use of the image-building faculty of consciousness (imagination) that we fashion the tools for our liberation. The subjectivity of inner vision does not diminish its reality value. It is real on its own level. Such visions are not hallucinations, because their reality is that of the human psyche. They are symbols in which the highest knowledge and the noblest endeavor of the human mind are embodied. Visualization is the creative process of spiritual projection, through which inner experience is translated into visible form, comparable to the creative act of an artist whose subjective idea, emotion, or vision is transformed into an objective work of art which then takes on a reality of its own, independent of the creator. 

Alchemical adepts and Tibetan yogis build up their spiritual creation, piece by piece, to realize their vision. This is not a matter of emotional ecstasy or unrestrained imagination, but a consciously directed creative process of realization in which nothing is left to chance, and in which there is no room for vague emotions or confused thinking. 

Applying product and parent ion scans in the FIA-MS-MS(+) mode, the unequivocal identification of the AE blend constituents is not possible. The reason for this failure is the simultaneous presence of C12 and Ci4 AE and AES compounds in the mixture that, under positive APCI ionisation conditions, were ionised with the same patterns of [CnH2n+iO(CH2-CH2-0) + NH4]+ ions (A m/z 44) and the same ion masses according to n, the alkyl chain lengths, and x, the polyether chain lengths. The destructive ionisation process of AES in APCI(+) mode therefore imagines a differentiation of the A m/z 44 compounds but results are not reliable. 

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