NY_Dutch
Senior Member
I once had fellow that was traveling to Canada ask me what adapters he needed for their metric power. 
He was confused with Japan where they use 100 VAC!Canada ask me what adapters he needed for their metric power.
I guess someone had been filling him on the metric system for road signs, measurements, etc., so he just assumed they had "metric power" as well.He was confused with Japan where they use 100 VAC!
-Don- Auburn, CA
Wow! I am looking forward to those one hour daytime napsWe've changed to metric time - only 10 hours in a day. All that time we spent in primary school learning to count in multiples of 12.
If a US manufacturer wants to sell their products outside the US, they will have to use Metric in design, and hardware.I have noticed more and more that I see more measurements in metric.
Even my Zero motorcycles, made here in CA, every bolt is metric.
When I look things up on the web, I often only see metric mentioned. Often even when it only applies to stuff in the USA.
Apparently you missed fractions in school. I simply have no issue with fractions, and for the most part, can figure out the decimal sizes to go with them, in my head.Other things that are stupid are SAE tools, but only because of the way they are labeled. Why do we reduce the factions just to make things more difficult?
I would mark SAE tools as in 128ths. IOW, 64/128 for a half inch.
Maybe for small companies with limited computer power. Since 1998 or so our computers were able to reliably convert hand written metric numbers to feet/inch data and vice versa. Like the postal system has been reading hand written addresses since 1970. The company I worked for had no problems selling totally custom metal buildings to metric countries. Simple to convert our feet/inch construction drawings for them to metric since our drawings were all computer generated. If their architect supplied hand drawn metric drawings to us it was simple for our computers to convert to feet/inches for our plants to make the parts.If a US manufacturer wants to sell their products outside the US, they will have to use Metric in design, and hardware.
So can I, in most cases, but I do not like to stop working just to think about such totally unnecessary BS while I am trying to get a job done.Apparently you missed fractions in school. I simply have no issue with fractions, and for the most part, can figure out the decimal sizes to go with them, in my head.
Drafting desks seem to have gone the way of slide rules....Our company eliminated all drafting desks in 2002...
Ironically, back in the 70's we produced 'watch chips' (semiconductors) for some of the early digital wristwatches. They had LED displays which required a large battery, and this resulted in a big, heavy case. One of the manufacturers gold plated their case, apparently in an attempt to offset the negatives of the heavy case but, of course, that resulted in a high $$$ price. My then-boss was given one of the watches by our customer, and continually wore/displayed it in a very prominent fashion.As you maybe can tell, I'm not quite so fond of the "digital" displays on watches or clocks. They actually take a little concentration to read them while the analog takes a quick glance unless you need precision.
I never took off the first of that model Timex watch. It lasted 14 years without even a battery replacement. Because the battery is as big in diameter as the watch.My other watch that I normally use (especially for yard work and such) is an analog Timex Indiglo WR100M
My Timex didn't need a battery replacement; It was a wind-up modelI never took off the first of that model Timex watch. It lasted 14 years without even a battery replacement. Because the battery is as big in diameter as the watch.
1¢ 10¢ $1.00 $10.00 $100.00 $1,00.00 Metric all the way.U.S. coins & currency are produced using metric specifications
John,1¢ 10¢ $1.00 $10.00 $100.00 $1,00.00 Metric all the way.
Could it be you who is confused?It appears you might be confusing metric with decimal.