Creating a new entity

Creating a new entity implies that this entity becomes embedded in the scope of the most recently entered entity. The creation is possible only if that scope allows for entities of the requested type. Creating an entity will transform a valid CAD model into another valid CAD model. 

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In El Salvador, most of the poor population felt that aid was being diverted to the richer sections of society and abetted by the people in power at the time. There was the need to create a new entity that would permit coordination between the different groups. Despite efforts to keep the process neutral, the opposition managed to convince voters that their party played a key role in aid distribution and thus won the elections held soon after. The ex post facto analysis may as well have concluded that some of the humanitarian principles were violated, even though aid dehvery itself was acceptable. 

Encapsulating in- kap-s3- lat-ig (1876) v. The process of combining elements to create a new entity. 

Machine invention is clearly an act of synthesis, as is engineering design. In synthesis we construct, assemble, and put together ideas, elements, concepts, or combinations of these in order to create an artifact that hopefully does something useful. We combine elements into a whole, into a new entity. 

Such old sayings particularly imply how to appreciate subtle differences between individual entities and to value the individual traits of the humans as well as materials. I believe that respect for individuality will eventually create a new culture and that a new market for products catering to individuality will arise. Mass-production of standardized products will not be able to satisfy future markets, nor meet the needs of consumers. All of us should pay careful attention to subtle, individual creativity and needs. 

Barring minor impurities, an ordinary rubber band consists of only one molecule. This fits both portions of the definition of a molecule. (1) A Maxwell demon can traverse the entire system by stepping on adjacent covalent bonds, and (2) the entire rubber band is the smallest entity having the properties of rubber bands. Breaking the rubber band creates a new material, for then it cannot bind things together in the ordinary manner. 

Create a new Process entity called sim reactor Process folder right click new entity -> Name sim reactor. 

Create a new task and define the PARAMETER and SCHEDULE sections Tasks folder right click New Entity Name IncreaseTemperature. This task will increase the temperature by a user-defined delta T (parameter) and will act on a kinetics model (defined in this TASK as another parameter). In the current example, only the kinetics model uses the temperature variable. See Figure 9.20. 

Check if experiment-specific variables have been input correctly Right click on one of the experiments (e.g., A 0) simulate this will create a new process kinetics A 0 (see Figure 9.33) in which the values of the experiment-specific variables are assigned from the experiment entity. Note that if some of the variables defined in each experiment are assigned in the model, their assignment will be repeated and gPROMS will give an error (e.g., B decomp filter). In the example, B decomp filter was defined within the process to avoid this error. 

Developments in post-World War II thermoplastics established bottles as one of the key routes whereby material and economic information about plastics performance became embodied in molecules. The object and the material informed each other. The emergence of the PET bottle represented new material information about molecules and the multiplication of relationships of association between them. PET appeared to enact the bottleability of plastic better than any other plastic. This invention was patterned by historical routes already in place in industrial plastics production and research at the same time as it actualized new properties for the molecules of polyethylene terephthalate and created a new bottle. In this way, the distinct molecular properties of PET need to be considered as historical more than as stable physical entities (Barry 2005 56). Barry explains this key distinction using A.N. Whitehead Whitehead argued that a molecule should be considered an historical rather than a physical entity. In his view a molecule should not be understood as a table or a rock, but rather as an event a molecule is a historic route of actual occasions and such a route is an event (Barry 2005 56). 

The absence of an electron from a covalent bond leaves a hole and the neighboring valence electron can vacate its covalent bond to fill the hole, thereby creating a hole in a new location. The new hole can, in turn, be filled by a valence electron from another covalent bond, and so on. Hence, a mechanism is estabUshed for electrical conduction that involves the motion of valence electrons but not free electrons. Although a hole is a conceptual artifact, it can be described as a concrete physical entity to keep track of the motion of the valence electrons. Because holes and electrons move in opposite directions under the influence of an electric field, a hole has the same magnitude of charge as an electron but is opposite in sign. 

Some critics recommend that the weapons laboratories (Los Alamos, Sandia, Lawrence Livermore) come under the control of the Department of Defense, and that ownership of the other laboratories be sold to the highest bidder, or turned over to the administrator now running the laboratory. The new owner can then contract with public and private entities in the free market, or shut down the laboratories. They contend that this is the best way for the laboratories to create a vision with value and effectively carry out a mission. 

In the early Christian era the earliest resurrection narrative had been created by Paul in his account of the seed which must die in the earth so that a new plant could arise. His view was never popular since it implied that the resurrected entity was different from that which had died. This theory was abandoned in favour of the notion of physical reconstitution. The issue was bitterly disputed throughout the Middle Ages, emerging as a distinctive theological doctrine in the mid-sixteenth century in Schwenckfeld s Pauline-based analysis of Christ s two physical bodies, that into which he had incarnated and that of the risen body in which he had ascended into heaven. The alchemists, like Schwenckfeld, continued to use Paul s... 

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