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Managing the Handoffs between Designers and Subcontractors Detailers In the U.S. construction industry, the traditional building process involves a host of specialty firms focused on a smaller portion of work. This is true for both the design and the construction phases of the project. During the design phase, architects work with a host of design consultants, such as the structural engineer, acoustical consultant, and mechanical engineers, to complete the design of the facilities. During the construction process, the GC typically coordinates the work of many specialty subcontractors. There is no single master builder. In this environment, managing the handoff of information from designers (who are typically the engineers of record) to the subcontractors detailers becomes extremely important. In a fast-track project, where design and construction overlap managing the handoffs between designers and subcontractors, it is doubly important. Significant time and money will be wasted if changes to the floor and reflected ceiling plans occur after MEP detailing begins. The project team should collaboratively determine how the design will be broken down into small enough batch sizes that allow detailers to coordinate and complete an area so that fabrication can begin. This is an iterative process between the design and construction process. It is a balance between waiting until design is complete and turning over a small batch that is complete. However, many unanswered design questions

Proper and consistent assignments of Terminal Endpoint Identifiers (TEIs) and Service Access Point Identifiers (SAPIs). The LAPD protocol utilizes a Data Link Control Identifier (DLCI) that contains a SAPI and a TEI. Proper configuration of the Subscriber Profile Identifier (SPID) in the ISDN equipment and in the ISDN switch. (SPIDs are required only in the United States). The SPID interaction occurs after the TEI and SAPI negotiations. Timing measurements. When a prompt is sent out, is the appropriate response returned within the correct amount of time Does this vendor implement the layer 2 handshaking in the same as another Protocol conformance testing that verifies that the proper Q.921 (LAPD) procedures are followed, such as link setup, information-frame transfer, and link disconnection.

These first two problems have utilized the Pythagorean theorem as their defining, or "getting started" equation. Related rate problems use a variety of defining statements to

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the kinked-up hose, let go with one hand What happens The superhelix goes away The hose relaxes The same thing is true of DNA Unless the ends of the DNA molecule are somehow held in place, the superhelical tertiary structure goes away Regarding the secondary structure (the double helix) the DNA molecule has the necessary forces internally (base stacking, hydrogen bonds) to maintain its secondary structure, but it cannot maintain the tertiary structure of the superhelix without being somehow held in place The tertiary structure comes from the fact that the DNA double helix is partially flexible, but with some elasticity, like a garden hose This partial flexibility and elasticity come from the base stacking, hydrogen bonds, and covalent bonds that hold the double helix together But, due to the elasticity, it requires some stress on the molecule in order to maintain the tertiary windings.

Like resistance, we can form an equivalent capacitance when faced with a set of capacitors connected in parallel or in series. When a set of capacitors are connected in parallel, the total equivalent capacitance is found by adding up the individual capacitances. That is C T = C1 + C2 + C3 + If the capacitors are arranged in series, then CT = 1 1/C1 + 1/C2 + 1/C3 + (6.3) (6.2)

ment, file routing). Servers embedded in large internetworks, networks that link several geographically-dispersed sites, run special network operating systems on dedicated server computers. Smaller networks may only need a personal computer running its own operating system with peer-to-peer networking software. Client-server architecture lends itself to the many different computing work profiles that exist in organizations:

There are three ways that nature typically holds the ends of the DNA molecule in place in order to maintain superhelical windings See Fig 10-20 The first is by binding the ends of the DNA or a portion of the DNA to a protein, thus forming a loop of double helix The second is simply by winding the double helix around a protein complex This is the most common way to maintain superhelicity in eukaryotes The protein complex with DNA wrapped around it is called a nucleosome The third way to hold the double helix in place to maintain superhelicity is for the two ends of the double helix to be covalently attached to one another forming a circular molecule Circular DNA molecules are most common in bacteria and other prokaryotes.

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