Formatting chart elements

The various components that make up a chart —Plot Area, Axes, Data Series, Arrows, Text, Gridlines, etc. — are the chart elements. The Format menu allows you to customize any of these chart elements. You can change the weight and style of lines, the color and shape of plotting symbols, the numerical ranges of axes, etc. 

Once the desired chart element has been selected, choose Format from the Chart Menu Bar. In Excel 2000 there is a single context-sensitive menu command in the Format menu, which appears as Selected Axis..., Selected Data Series..., etc., depending on which chart element is selected. 

Figure 1 A display of the isotopes of the nohle gases and neighboring isotopes in the familiar chart of the nuclides format. The abscissa is neutron number (AO and the ordinate is proton number (Z). The box corresponding to any pair (Z, N) represents an isotope an element is represented by a horizontal row. Boxes for stable isotopes are shown with solid outline for the noble gases, approximate solar (in the case of He, protosolar) isotope ratios are shown at the bottom of each box. Selected unstable isotopes are shown as boxes with broken line edges. The left-superscript isotope label is the atomic weight A (= Z - - N). The five panels show regions around the five noble gases (excluding Rn).

The creation of a master plan permits the development of a logical overview of the validation effort. It lays out in a logical sequence the activities or key elements or both to be performed in accordance with the approximate time schedule in a Gantt or PERT chart format. The master plan establishes the critical path through the chart against which progress can be monitored. 

Molecular orbital theory explains the formation of multiple bonds both in the case of transition metal complexes as well as diatomic molecules of main group elements and compounds of these elements. There is an analogy between E2 molecules of the elements of the second period of the Periodic Chart (and their compounds containing multiple bonds) and M2 molecules as well as dimeric transition metal complexes which possess metal-metal bonds. The molecules C2, N2, and O2 have ttV , and elec-... 

Finally, detailed appendices provide additional information (e.g., properties of the pure chemical elements, thermochemical data, crystallographic calculations, radioactivity calculations, prices of metals, industrial minerals and commodities), and an extensive bibliography completes this comprehensive guide. The comprehensive index and handy format of the book enable the reader to locate and extract the relevant information quickly and easily. Charts and tables are all referenced, and tabs are used to denote the different sections of the book. It must be emphasized that the information presented here is taken from several scientific and technical sources and has been meticulously checked and every care has been taken to select the most reliable data. 

Strontium [7440-24-6], chemical symbol Sr, atomic number 38, and relative atomic mass (i.e., atomic weight) 87.62(1), is the fourth alkaline-earth metal, i.e., elements of group IIA(2) of Mendeleev s periodic chart. The word strontium comes from Strontian, a town in Scotland. Strontium is a hard, silvery-white metal when freshly cut, but it readily tarnishes in moist air, becoming yellowish due to the formation of the oxide. It resembles barium in its properties but is harder and less reactive. It has a low density (2540 kg.m" ), and a relatively... 

These are a self-sufficient full set of documents providing the instructions which have to be available in the control room. They can be either computerized or in paper form. The EOPs shall contain all the information necessary for the operator to do his job. Not only do they need to contain the instructions themselves, but also all the diagnostic tools, the monitoring tools as well as the administrative and technical notes and/or warnings. The information can be in different formats text, charts, flow diagrams, figures, tables of values, etc. A detailed hst of possible elements contained in an EOP is provided in Ret [3]. 

FIGURE 1 Periodic chart showing mp, bp (atmospheric pressure), heat of formation, and bond lengths for metallic elements. 

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