READING ANTILOG TABLES:

Consider the number $\displaystyle {10}^{{0.3243}}$. Use the antilog tables to answer the following:

A) Locate the appropriate antilog values in the center area of the antilog table, excluding the "Thousandth Parts" portion on the right side of the table. You will enter THREE values from the table. In the middle box, enter the antilog value for the number given, $\displaystyle {10}^{{0.3243}}$. In the boxes on the left and right of the middle box, enter the values you see in the table immediately to the left and immediately to the right of your number's entry.

Entry on Left	$\displaystyle {10}^{{0.324}}$ Entry	Entry on Right

B) Still taking your number to be $\displaystyle {10}^{{0.3243}}$, find the appropriate number from the "Thousandth Parts" portion of the table and enter it below (as a whole number).

Thousandth Part =

C) Using your results so far, what is the final log of $\displaystyle {10}^{{0.3243}}$ according to the log tables?

$\displaystyle {10}^{{0.3243}}$ =