1. The conception of significant digit and the method of taking down the test data professionally were introduced.

2. The rules of the operation of the significant digit and the rounding off of numerical values were discussed.

3. Usually, you order them from right to left, with the right-most digit being the least significant digit.

4. The pulse generator serially outputs pulses representing digits of a digital word least significant digit first.

5. All dimensions specified are approximations only. Unless stated otherwise, the least significant digit is uncertain by plus or minus one unit.

6. The Fermi integral was accurately calculated with adaptive Lobatto quadrature in MATLAB, a significant digit was enhanced than G.

7. If the first non-significant digit is 5, and all subsequent digits are 0, the last significant digit is rounded to the nearest even digit. See the example that follows.

8. The sample circuit samples an output of the decay circuit at a sample time after the decay circuit receives the pulse for the most significant digit.

9. Instrument accuracy is usually specified as a percent of reading, plus a percentage of range (or a number of counts of the least significant digit).

10. The second memory block is used for storing other non highest significant digit of the pixel data.