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Mountain biking 5:33'46.9 Average heart rate 157 bpm, 49.57 km.
So, you want to lose weight? Here you go: in order to loose 1 pound in one week you need to make sure that you keep a daily deficit of calories at about 500 calories (see the link to the website, where it is explained). Based on this you can figure out, that to loose 1gramm you need to burn about 7.7161 calories (kg - lbs conversion is provided by Suunto below the App library). Provided that you eat no more than needed, this app shows you how much weight you've just lost so far thanks to your exercises. Enjoy!
Shows difference in pressure since last lap. Use in mode with barometric pressure chosen, not auto. And use it when you don't change altitude (like longer rest). Unfortunately I cannot add alarm sound for this. "6h before storm a drop in pressure of -1.5 mbar/h and 1h before the storm there is -2mbar/h." http://wiki.answers.com/Q/What_are_warning_signs_of_a_hurricane
My attempt to make a barometer that displays the barometric pressure at your location. This app is approximate, valid only at low altitudes, because you can not use log and exp functions in an app. You can also simulate a barometer by setting your reference altitude to zero in the standard Ambit. But it would be really nice and more convenient if you could have a barometer with all three key parameters available at the same time: altitude, atmospheric pressure and QNH (sea level pressure). On my wish list, but not implemented yet, is an altitude trim term to correct for air humidity, air temperature and sensor errors. Trim can be done by setting altitude and QNH or barometric pressure simultaneously and independently. If both pressure and altitude are known, the trim coefficient can be determined. Currently the trim is fixed at factory calibration. I hope you enjoy this App, despite it's inaccuracy! Tom
1.7-example body lenght Underweight = under 18.5 Normal weight = 18.5–24.9 Overweight = 25–29.9 Obesity = BMI of 30 or greater
Cálculo de pendiente real
Cálculo del porcentaje de una pendiente
Oxygen level at the given altitude as percentage of maximum at the see level. Formula: (1+H+(H^2)/2+(H^3)/6+(H^4)/24)*100, with H = -ALTITUDE/7990
Barometric pressure in mmHg
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