Comments Disabled To "Samuel’s Coffee-Cup-O-Meter"
#1 Comment By Chuck A. Spear On April 4, 2006 @ 2:06 pm
100 points for bringing back Coffee-Cup-O-Meter!
#2 Comment By Samuel On April 4, 2006 @ 2:41 pm
That would be a serious caffeine overdose!
#3 Comment By John B1_B5 On April 5, 2006 @ 6:42 am
Don’t get it ……
#4 Comment By wonko the sane On April 5, 2006 @ 7:25 pm
Is it possible to somehow convert the points into watts so John can understand?
For example, using the potential energy in the caffine, and converting calories into watts using Batholemew’s Law, could it not be possible to calculate the potential energy (expressed as watts) and display it in line graph form for the average day?
Eg, 1 x Common Shop Coffee, (Std. Mug) = 5pts x .1 W (pot.) is .10 Watts, or roughly the same amount of energy it takes to power a small ceiling fan. Applied science, coffee, and an o-meter. It’s a winning formula.
Comments Disabled To "Samuel’s Coffee-Cup-O-Meter"
#1 Comment By Chuck A. Spear On April 4, 2006 @ 2:06 pm
100 points for bringing back Coffee-Cup-O-Meter!
#2 Comment By Samuel On April 4, 2006 @ 2:41 pm
That would be a serious caffeine overdose!
#3 Comment By John B1_B5 On April 5, 2006 @ 6:42 am
Don’t get it ……
#4 Comment By wonko the sane On April 5, 2006 @ 7:25 pm
Is it possible to somehow convert the points into watts so John can understand?
For example, using the potential energy in the caffine, and converting calories into watts using Batholemew’s Law, could it not be possible to calculate the potential energy (expressed as watts) and display it in line graph form for the average day?
Eg, 1 x Common Shop Coffee, (Std. Mug) = 5pts x .1 W (pot.) is .10 Watts, or roughly the same amount of energy it takes to power a small ceiling fan. Applied science, coffee, and an o-meter. It’s a winning formula.