Printing the Graphs

A window labeled Step 4 appears that allows you to choose whether to place the graph in your worksheet or on a separate sheet. If you want to print the graph, choose a separate sheet. After you do this, click on the Finish button and the finished graph appears. 

You can print the graph by using the Print command under the File tab or by holding down the Ctrl key and typing the letter p . The printed version will be shown on the screen. If it is acceptable, click on the print icon. 

Setup Print Job) permits the following to be defined (See Fig. 5.8.) paper margins, size of rectangular area to which the graph is mapped, units (mm, cm, inch), and line width. In this way, graphics can be repro-ducibly scaled to be exactly superimposable because the axis and tic... 

Print Graph) sends the graph and the associated results to the selected printer. 

If graph is complete, print the document to submit with the lab report. 

Select STOP AND GRAPH from the DATA COLLECTION menu when you have finished with data collection. Draw the graph, or use the TI Graph-Link to make a copy of the graph from the calculator screen. You also will want to copy the data from the STAT list into your data table (or you can print it from a screen print using Graph-Link). 

Graphing Data Make a copy of the graph from the graphing calculator. If you have TI GRAPH LINK and a computer, do a screen print. 

Choose colors and patterns for symbols and bars that maximize contrast (e.g., hatch marks or white- and black-filled shapes). When appropriate, follow a theme (e.g., filled shapes for experimental data, unfilled shapes for theoretical data). Avoid grays that are too close in color. Judge contrast from a printed version of the graph, not from the computer screen. 

Once you get the desired graph on the screen, you probably want to make a hard copy. To print, hit the SPACE key to bring up the graph customization dialog box shown above. Notice the "Print" and "Printer Setup" items on the bottom line of the dialog. To print, you move the cursor over the "Print" item and hit the ENTER key. ChemSep will send the graph to the printer identified by the "Printer Setup" menu. 

After you have Output Device Setup reading like that shown above, hit ESC to return to the graph customization dialog, select Print and hit ENTER. You will be asked to supply a filename. Use a different name for each graph. 

In an earlier study, /lowas estimated simply by omitting the antibody from the mixture, instead of trying to saturate the available antibody with an excess of the hapten (Dietzler et al., 1980). The importance of a correct value for d to obtain linear curves is illustrated in Fig. 15.12. The graph paper provided by Syva Co. with their kits is based on an assumed uniformity in Ao — Ara), which is designated as Kc (printed in the lower left side of the paper). Adaptation of the ordinate to the real value of the (maximum absorbance-minimum absorbance) results in a straight line (Fig. 15.12). 

Save the spreadsheet, and if you want a printed copy of it without the graph, print it now by using the Print command in the File menu. 

Printing a graph in Excel is done by using the Print command in the File menu in the usual way. You can use the Print Preview command in the File menu to see on the screen how the printed version will be arranged. You can change this by choosing Page Setup. ... 

Brookfield EZ-Yield Software is a 32-bit Windows program supplied with ever YR-1 Yield Rheometer. EZ-Yield allows the user to easily create a yield test program and download it to one of ten memoiy locations in the YR-1 Rheometer. These programs are retained in memoiy so that the YR-1 can be disconnected from the PC and used in remote locations (e.g., in a Q.C. laboratory, the production floor, etc.). EZ-Yield collects all of the data from a yield test, in addition to the final Yield Stress value. These data can be saved, printed, and graphed using the software. 

Consider the structure shown in Figure 2. The operation of the Beilstein System on this structure is unambiguous, as it is with any single complete structure. This structure alone fully localizes the position on the X-axis of the graph of Figure 1, and the printed Handbook indicates this position with a series of five pointers, completely independent of the Series concerned. 

Figure 1 explains the methodology with an example for the pulp and paper industry. The SEC is depicted as a function of the ratio between the amount of pulp produeed versus the amount of paper produeed. This aceounts for differences between eountries in the use of waste paper as a feedstoek for paper production and in import/export patterns of the energy-intensive intermediate pulp. In the graph, called the stracture/efficiency plot, both the actual (national average) SEC and the referenee SEC are shown (respectively, the upper end and the lower end of the vertical lines in Fig. 1). The diagonal line represents the reference SEC at various pulp/paper ratios for a given product mix (such as high-quality printing paper, wrapping paper or newsprint). The reference level of individual cormtries may differ from this line if the manufactured product mix within a cormtry is different (such as for country C).

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