Harry,

 

The Hudson River has a width of about one kilometer when it passes
Manhattan.  I think that most Americans could cope with that.

 

Regards

 

Martin

 

  _____  

From: [EMAIL PROTECTED] [mailto:[EMAIL PROTECTED] On Behalf
Of Harry Wyeth
Sent: 06 May 2007 09:10
To: U.S. Metric Association
Subject: [USMA:38596] Re: People oriented metric use

 

    Well, I think we should tell non-metric friends simply that a cubic
meter of air weighs one kilo, and a cubic meter of water weighs one metric
ton.  No one knows what a tonne is (it's not even in the spell-check
dictionary on my computer!), but "metric ton" is used in the media a lot and
is somewhat familiar, and I don't care much. I am as much a proponent of
metrication as anyone, but I find the use of "weigh" just fine. 

 

 I think people can visualize a cubic meter much better than 1000 liter
bottles stacked together.  If you imagine a stack of such cubes containing
air or water, you can get a grip on the weight--or mass if you prefer--of a
column of air extending up to space, or the weight of a column of water
extending down to the ocean floor.

 

I like to tell folks that a kilometer is a distance two and one half times
around a running track, or about from here to (describe a nearby location).

 

HARRY WYETH

----- Original Message ----- 

From: STANLEY <mailto:[EMAIL PROTECTED]>  DOORE 

To: U.S. Metric <mailto:[email protected]>  Association 

Sent: Saturday, May 05, 2007 05:57

Subject: [USMA:38594] People oriented metric use

 

Here' a way to help the public understand metric and the impact of wind and
water such as floods, storm surges, tornadoes, hurricanes, rivers, lakes,
ponds, wind speed,  etc. on people, their safety and the environment in
every day life.

 

1 kg/kL  of air at the surface is about one kilogram (2.2 pounds) per
kilolitre (cubic metre)

 

1 t/kL   of water has a mass of one metric tonne (1000 kilograms or 2200
pounds)  per kilolitre (cubic metre)

 

Let's learn to think metric with its cohesive characteristics in the
International System of Units (SI).

 

Regards,  Stan Doore

 

 

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