Are boldfaced

Since the possible numerical values of / depend on the value of n, the number of subshells within a given shell is determined by the value of n. The number of subshells within a given shell is merely the value of rt, the shell number. Thus, the first shell has one subshell the second shell has two subshclls, and so forth. These facts are summarized in Table 17-4. Even the atoms with the most electrons do not have enough electrons to completely fill the highest shells shown. The subshells that hold electrons in the ground states of the biggest atoms are boldfaced. 

Answers to problems whose numbers are boldface appear in Appendix G. Problems that are more challenging are indicated with asterisks. 

Answers to problems whose numbers are boldface appear in Appendix G. 

Given values are italic calculated results are boldface. 

The model file also needs to be changed and an example is given below. All changes from the original model file are boldfaced. 

Boldface type is used to indicate individual preparations described in detail, whether for numbered syntheses or for intermediate products (in the latter case, usually without stating the purpose of the preparation). Group headings, as Xenon fluorides, are in lightface type unless all the formulas under them are boldfaced. 

Key Terms are boldfaced within the chapter and listed here by section (with page numbers) they are defined again in the Glossary. 

Author These terms are boldface in text. Add key terms Or make lightface in text ... 

Note that absolute values of estimated errors are converted to relative errors in the second step by dividing the absolute estimated errors by the original data. Moreover, an absolute value of the maximum error is obtained in the fourth step by multiplying the sum of the relative errors (with a subscripted nonsignificant figure) by the calculated result. For clarification, absolute errors are boldfaced, whereas relative errors are not. As a second example, the density of a sample and its maximum error can be calculated as mass divided by volume. 

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