| 1010 - Units of Measure |
| 1010 - Define measurement, precission, and accuracy. |
| 1030 - Record a measurement with the correct uncertainty (with analog & digital instruments). |
| 1040 - Identify the certain and estimated digits in a measurement. |
| 1050 - Give the SI unit & symbol for length, mass, time, temperature, and count. |
| 1060 - Provide the name, factor, and symbol for the ten SI prefixes Giga to Femto. |
| 1065 - Express measurements in scientific notation. |
| 1070 - Differentiate between a standard based unit and a derived unit. |
| 1080 - Use the definition of density to relate density, volume, and mass. |
| 1020 - Significance |
| 1010 - Identify and give examples of exact numbers; recognize they have infinite significant digits. |
| 1020 - Recognize only the certain and estimated digits of a measurement are significant. |
| 1030 - Recognize which zeroes in a recorded measurement are significant. |
| 1045 - Apply the technique of measurement by difference to problems of mass, volume, and length. |
| 1050 - Determine the significant digits and rounding produced by addition/subtraction operations. |
| 1060 - Determine the significant digits and rounding produced by multiplication/division operations. |
| 1070 - Apply the correct order of operations and rounding for calculations with multipel operations. |
| 1030 - Dimension & Conversion |
| 1005 - Form a conversion factor from an equivalence. |
| 1010 - Provide the conversion factors between SI and imperial units for mass and length. |
| 1020 - Give the conversion factors between measurements of time (sec, min, hr, day, yr). |
| 1025 - Find equivalences provided in word problems. |
| 1060 - Use density as a converstion factor between mass and volume. |
| 1080 - Use dimensional analysis to prove a relationship between two given properties. |
| 1100 - Construct a dimensional analysis using multiple conversion factors. |
| 1110 - Demonstrate the correct significant figures for an equivalence with dimensional analysis. |