| A | B |
|---|
| base of 10 with negative 18 exponent | atto- |
| base of 10 with negative 15 exponent | femto- |
| base of 10 with negative 12 exponent | pico- |
| base of 10 with negative 9 exponent | nano- |
| base of 10 with negative 6 exponent | micro- |
| base of 10 with negative 3 exponent | milli- |
| base of 10 with negative 2 exponent | centi- |
| base of 10 with negative 1 exponent | deci- |
| base of 10 with positive 18 exponent | exa- |
| base of 10 with positive 15 exponent | peta- |
| base of 10 with positive 12 exponent | tera- |
| base of 10 with positive 9 exponent | giga- |
| base of 10 with positive 6 exponent | mega- |
| base of 10 with positive 3 exponent | kilo- |
| base of 10 with positive 1 exponent | deka- |
| sin | opposite/hypotenus |
| cos | adjacent/hypotenus |
| tan | opposite/adjacent |
| SI unit for mass | kilogram |
| SI unit for weight | newton |
| SI unit for time | second |
| SI unit for distance | meter |
| Log 10 | 1 |
| Log 1 | 0 because 10^0 = 1 |
| Log 1000 | 3 |
| Log x = 2 ; x = ? | 100 because 10^2 = 100 |
| SI unit of electric current | ampere |
| SI unit of electric potential | volt |
| average speed = | distance total/time |
| average velocity= | displacement/time |
| average accleration= | change in velocity/time |
| mass means what? | resistance to a change in state of motion |
| a meter is? | distance traveled by light in vacuum during a time of 1/299792458 |
| a second is? | a period of oscillation of radiation from the cesium atom |
| kilogram is? | a specific platinum-iridium alloy cylinder |
| linear equation= | y=ax+b |
| slope= | y2-y1/x2-x1=delta y/delta x |
| log (ab)= | log a + log b |
| log (a/b)= | log a - log b |
| log(a^n)= | n log a |
| ln e= | 1 |
| ln e^a= | a |
| ln(1/a)= | -ln a |
| a neutron has? | no charge |
| a proton has? | positive charge |
| an electron has? | negative charge |
| area (for square)= | length squared |
| volume (cylinder)= | length cubed |
| velocity= | length/time |
| acceleration= | length/time squared |
| Area (rectangle)= | length x width |
| Area (circle)= | pie x r squared |
