Indeed, Herr Direktor. Decimal point errors are very common, especially in medicine, in which you claim to have an interest in reducing overdose fatalities.
Not according to the Institute of Safe Medical Practices. They have cited and are focusing on the teaspoon and pound as sources of tens of thousands of annual deaths. Why is it that pounds and teaspoons are killing so many people?
In the Imperial system, decimal point errors are almost unknown, aren't they?
Anyone can make a claim as such when everyone knows that imperial or USC is not used in the actual calculation of dosing, except when pounds are entered as kilograms. So your claim is another example of your deceptions.
An ImperialWanker uses obsolete units, an ImperialWalker uses metric.
http://starwars.wikia.com/wiki/Imperial_standard_meter
"The approach will not be easy. You are required to maneuver straight down this trench and skim the surface to this point. The target area is only two meters wide. It's a small thermal exhaust port, right below the main port. The shaft leads directly to the reactor system. A precise hit will start a chain reaction which should destroy the station." ―General Jan Dodonna[src]
The Imperial standard meter, often shortened to the meter, was an established unit of measurement of length used by the Galactic Empire.[1] One meter equaled 100 centimeters[2] and was roughly equivalent to three feet.[3] The meter existed during the Galactic Republic's reign as well.[4]
After scouring the plans for the Death Star, General Jan Dodonna discovered that a small exposed thermal exhaust port led directly to the massive battle station's reactor core. Since it was only two meters wide, a small starfighter would be able to attack the vulnerable exhaust port. Luke Skywalker expressed that this mission was not impossible, explaining the he used to bulls-eye womp rats in his T-16 back home, which were not much bigger than two meters. Skywalker eventually succeeded in firing a proton torpedo into the exhaust port and destroying the battle station.[5]