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into thin sheets (malleable) and extruded into wires (ductile). Chemically, metals tend to lose electrons in reactions, to form cations. Elements bordering the stair-stepped line (B, Si, Ge, As, Sb, Te) are classified as metalloids. Metalloids have properties of both metals and nonmetals. Their unusual electrical properties make them valuable in the semiconductor and computer industry. The rest of the elements, to the right of the metalloids, are called nonmetals. Nonmetals have properties that are often the opposite of metals. Some are gases, are poor conductors of heat and electricity, are neither malleable nor ductile, and tend to gain electrons in their chemical reactions to form anions. Another way to group the elements on the periodic table is in terms of periods and groups (families). Periods are the horizontal rows, which have consecutive atomic numbers. The periods are numbered from 1 to 7. Elements in the same period do not have similar properties in terms of reactions. The vertical rows on the periodic table are called groups or families. They may be labeled in one of two ways. An older and still widely used system is to label each group with a Roman numeral and a letter, A or B. The groups that are labeled with an A are called the main-group elements, while the B groups are called the transition elements. Two other horizontal groups, the inner transition elements, have been pulled out of the main body of the periodic table. The Roman numeral at the top of the main-group families indicates the number of valence (outermost shell) electrons in that element. Valence electrons are normally considered to be only the s and p electrons in the outermost energy level. The transition elements (B groups) are filling d-orbitals, while the inner transition elements are filling f-orbitals.

or ATP can be hydrolyzed by the following series of chemical reactions: ATP F-6-P ADP F-1,6-P2 F-1,6-P2 H2O F-6-P Pi Sum: ATP H2O ADP Pi G0 G0 G0 4.6 kcal/mol 2.7 kcal/mol 7.3 kcal/mol

Obtain an .inf (installation) file from the modem manufacturer specifically for Windows XP Professional. Follow the manufacturer s instructions for installing the modem in Windows XP Professional, or contact the modem manufacturer for assistance. Install your modem as a standard modem by using the Add Hardware Wizard. This option provides basic dialing and connectivity support for the modem, although manufacturer-specific features might be unavailable.

A: 0 B: 3 C: 2

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not regulated for purposes of acid excretion. Figure 9 4 illustrates the sequence of events that achieves hydrogen ion excretion on filtered phosphate and the addition of new bicarbonate to the blood. The process of hydrogen ion secretion in this sequence is exactly the same as described previously, but the secreted hydrogen ion combines with filtered phosphate rather than with filtered bicarbonate. Therefore, the bicarbonate generated within the tubular cell (that always occurs when hydrogen ions are secreted) enters the plasma and constitutes a net gain of bicarbonate by the blood, not merely a replacement for filtered bicarbonate. Thus, when a secreted hydrogen ion combines in the lumen with a filtered buffer other than bicarbonate, the overall effect is not merely bicarbonate conservation but rather addition to the blood of new bicarbonate, which raises the bicarbonate concentration of the blood and the pH to a value similar to what it was before the addition of fixed acids. Figure 9 4 also illustrates a point we want to emphasize: namely, that the renal contribution of new bicarbonate to the blood is accompanied by the excretion of an equivalent amount of buffered hydrogen ion in the urine. In this case, in contrast to the reabsorption of bicarbonate, the secreted hydrogen ion remains in the tubular fluid, trapped there by the buffer, and is excreted in the urine. This should reinforce the concept that bicarbonate can always be generated from CO2 and water, but to add this new bicarbonate to the blood (and alkalinize the blood), the kidneys must separate the hydrogen ion from the bicarbonate and excrete the hydrogen ion that is created at the same time.

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