![](/sites/dl/free/0098458137/193800/ch01_title.gif) (0.0K) |
![](/sites/dl/free/0098458137/193800/POWsolutions.gif) (0.0K) |
![](/sites/dl/free/0098458137/193800/POWproblem1.gif) (0.0K) | Follow
the sample calculation on the student page. |
| ![](/sites/dl/free/0098458137/193800/ch02_answer1.gif) (1.0K) |
| Accurate
to the fourteenth decimal place means that the clock will become
off by 1 s every 1014 s. Determine how many years
is 1014 s. |
| ![](/sites/dl/free/0098458137/193800/ch02_answer2.gif) (0.0K) |
| It
will take three point two million years for the NIST-7 to become
off one second. |
|
![](/sites/dl/free/0098458137/193800/POWproblem2.gif) (0.0K) | For
the second question, multiply the length of time till NIST-7
is off one second by the number of oscillations per second.
|
| ![](/sites/dl/free/0098458137/193800/ch02_answer3.gif) (0.0K) |
|