Meanderer
Supreme Member
I weighed myself this morning...146 lbs. My scale and I get along fine.
How 'bout you?
View attachment 11354
View attachment 11354
...no... in the rearview.What prompted the question, seeing too many fat people in your headlights lately?
The vintage public body-scales still found (sometimes even operational) in some European cities are spring scales. In Paris, the scales are inscribed with the phrase: “He who often weighs himself knows himself well. He who knows himself well lives well”.Guess I'm a bit compulsive about this. Try to weigh every morning, but it has to be under the exact same conditions. Drink a couple of cups of coffee first, or get fully dressed---too late. Trying to get a handle on how many calories it takes to maintain, not gain. Trial and error. The errors are more fun.
I've had an old pair of spring-loaded scales since 1970. They served me well for many, many years. Then I got tempted by the promise of seeing the weight down to the the next decimal place. They are erratic. Weight changes every time you step on them.
But I use the new ones anyway :dunno:
Pappy, I just Googled the FitBit. There are so many devices. Assume you mean the wristband things. Those do everything. Not sure if I'm into it that much. Do you have one? How do you like it?
I did have a pedometer one time.![]()
"The most modern body-scales rely on electronics to measure the weight of their users. By sticking electrical resistances on deformable materials and running a current through them, it is possible to detect variations in the conductivity of the resistances that are correlated to the amount of pressure exerted on the material, and thus to deduce the weight of the person (or the object) standing on the scale. The most high-end body-scales also act as impedance meters and are able to calculate the ratio of fat mass and lean mass in the body. The measure of impedance is done by generating a very small electrical current on the surface of the scale and measuring the resistance encountered by the current as it travels through the body. Lean mass is a better conductor than fat mass and it is therefore possible to deduce the ratio of both in the body."
http://blog.withings.com/2011/09/30/a-short-history-of-the-weighing-scale-2/
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