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Arrow keys

Two unfilled rectangular bar cursors of the same size and shape are used in Figure 3. The top bar cursor allows a particular menu to be selected by pressing the left or right arrow keys, and the lower bar cursor allows one of the items Hsted under the chosen menu to be selected by pressing the up or down arrow keys. A mouse can also be used to control the selection. [Pg.65]

Figure 5. Histamine in cotton plant leaves, peak caused by histamine is indicated by the arrow. Key column, radial-PAK CN eluent, CH,CN/H>0(25 75) .035% HtSOi(v) detection, fluor., post-column with OPT flow, 6 mL/min. Figure 5. Histamine in cotton plant leaves, peak caused by histamine is indicated by the arrow. Key column, radial-PAK CN eluent, CH,CN/H>0(25 75) .035% HtSOi(v) detection, fluor., post-column with OPT flow, 6 mL/min.
The cursors can be controlled using the mouse buttons or the keyboard. The left mouse button moves cursor 1 and the right mouse button moves cursor 2. Also, the left and right arrow keys (SB) move cursor 1, and the SHIFT key plus the left and right arrow keys (SB) move cursor 2. Place the mouse pointer as shown below ... [Pg.136]

Next, press and HOLD the right arrow key (O ). The cursor should move to the right ... [Pg.137]

If you press the left arrow key (C3), the cursor will move to the left. Note that as you move the cursor, the values in the Probe Cursor dialog box change. [Pg.137]

Notice that the dotted lines of the cursor are slightly different for the two cursors. Next, press and HOLD the SHIFT key and press and HOLD the right arrow key (SHIFT-00). Cursor 2 should move to the right ... [Pg.138]

Notice that the values displayed by the cursors are in hertz and decibels. The first cursor is controlled by the LEFT mouse button or the arrow keys (SB). The second cursor is controlled by the RIGHT mouse button or the shift key plus the arrow keys. The difference, (Ilf, is the difference between the values of the first cursor and the values of the second cursor. To find the 3 dB point, we want to leave the second cursor in its original place and move the first cursor until the difference in magnitude is -3. To move the first cursor press and hold the RIGHT ARROW key. Move the first cursor until the difference is approximately -3 ... [Pg.293]

To record concentrations of metabolites/intermediates during the simulation, click Edit to activate a pop-up dialog box, and use arrow keys to select (transfer)... [Pg.159]

Figure 2 Schematic view of the apparatus used in studies of the steric effects in gas-surface scattering. A detail of the crystal mount with die orientation rod at 1 cm in front of the surface is shown in die right hand corner. A detailed drawing of the hexapole state selector is given below the main figure. The voltage is applied to die six small rods indicated by an arrow. Key Q quadrupole mass spectrometer R Rempi detector M, crystal manipulator SI, beam source for state selected molecules H electric hexapole state selector C mechanical beam chopper V pulsed gas source S2, continuous molecular beam source. From Tenner et al. [34]. Figure 2 Schematic view of the apparatus used in studies of the steric effects in gas-surface scattering. A detail of the crystal mount with die orientation rod at 1 cm in front of the surface is shown in die right hand corner. A detailed drawing of the hexapole state selector is given below the main figure. The voltage is applied to die six small rods indicated by an arrow. Key Q quadrupole mass spectrometer R Rempi detector M, crystal manipulator SI, beam source for state selected molecules H electric hexapole state selector C mechanical beam chopper V pulsed gas source S2, continuous molecular beam source. From Tenner et al. [34].
To extend the range of a cell selection you just made, hold down the SHIFT key, select the last cell in the selection and drag to include the additional cells. Alternatively, hold down the SHIFT key and use any of the arrow keys to extend the selection. [Pg.8]

Use CONTROL+SHIFT-i-(arrow key) to select in the appropriate direction. [Pg.8]

Alternatively, you can use Excel s Edit Directly In Cell feature use function key F2 (Windows) or COMMAND+U (Macintosh) or double-click on the cell to enter edit mode. Excel uses colors to show range references in formulas and the corresponding ranges on the worksheet. You can use the right and left arrow keys to move through the formula, or CONTROL+(arrow key) to jump to the next element of the formula, or CONTROL+SHIFT+(arrow key) to select the next element of the formula. [Pg.63]

The chart will have the experimental and calculated values more or less superimposed. Click on the experimental data series. It may take a bit of searching and clicking to find the experimental data series if you can t find it, you can use the arrow keys to select the appropriate data series. You ll see the name of the data series (e.g., Series 1) displayed in the Name Box. [Pg.118]

To move from record to record, use either the Find Prev and Find Next buttons, the up and down arrow keys, or the scroll bar. The first field of each record is highlighted. Move forward from field to field within a record by using the TAB key. You can also select a field for editing by clicking the mouse pointer in it. [Pg.140]

Edit characters in a text box in the usual way. Once a change has been made in a field, the Restore button is enabled you can use it to restore the original data if you spot an error in the new text. To edit a single field in all records, tab forward to that field or click the mouse pointer in it then use the up or down arrow keys to move to the same field in other records. [Pg.140]

F8 W Activate/deactivate Extend mode (then use arrow keys) Activate/deactivate Extend mode (then use arrow keys)... [Pg.454]

Jump to end of block of data in direction of arrow CONTROL+arrow key CONTROL+arrow key or COMMAND+arrow key... [Pg.457]

Extend selection by one row/column SHIFT+arrow key SHIFT+arrow key... [Pg.458]


See other pages where Arrow keys is mentioned: [Pg.65]    [Pg.67]    [Pg.362]    [Pg.138]    [Pg.139]    [Pg.7]    [Pg.7]    [Pg.441]    [Pg.441]    [Pg.441]    [Pg.441]    [Pg.441]    [Pg.441]    [Pg.441]    [Pg.443]    [Pg.443]    [Pg.443]    [Pg.446]    [Pg.446]    [Pg.446]    [Pg.447]    [Pg.447]    [Pg.447]    [Pg.448]    [Pg.450]    [Pg.453]    [Pg.453]    [Pg.458]   
See also in sourсe #XX -- [ Pg.7 ]




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