Establishing the upper and lower bounds of normal using standard deviation. up vote 1 down vote favorite. I understand the concept of standard deviations and z-values, but I'm trying to figure out if standard deviations alone are good for establishing the upper and lower bounds for normal.
There are 1.0E-6 kilometer in a millimeter. 1 Millimeter is equal to 1.0E-6 Kilometer. 1 mm = 1.0E-6 km. Millimeter is one the most commonly used units of length which equals to 1/1000th of a meter. It is a unit of SI applicable for measuring small distances and small length.
1 One millimeter per hour is approximately equal to 2.77777778 x 10 -7 m/s (SI base unit). 2  Meters Per Second to Millimeters per Microsecond. 3  1 Millimeter per microsecond is equal to 1000 meters per second (SI unit). 1 Meter per day is equal to approximately 1.157 407 407 x 10 -5 meters per second (SI unit). 2  Meters Per Second to Meters per Century. 3  1 Meter per century is approximately 3.168 874 x 10 -10 meters per second (SI unit). 4  Using 100 Gregorian years of 365.2425 days.