Difference between revisions of "Talk:X-mass Carol"
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=== <big>Canon M</big>: '''M'''itoEAGLE states and rates and mitochondrial physiology β a coral on canonical and practical === | |||
=== <big>Canon C</big>: A pzzle on pine '''C'''ones === | |||
== Bits == | == Bits == | ||
Revision as of 06:38, 19 June 2020
Canon M: MitoEAGLE states and rates and mitochondrial physiology β a coral on canonical and practical
Canon C: A pzzle on pine Cones
Bits
- Voice O Table 1. Towards Table H10
Speaker Symbol Speaked What Sport scientist S ??? .. We need more Beers. One per B on our table A. Example Chemist C How many moles of B? - {They get 6 Beers} Example Sport scientist S Don't push down to the unit mole for amount, let's stick to the count. I count NB = 6 Beers in our system A, and NB = 6 Bodies; divide the Beers by the Bodies, then you have one. Example Chemist C You forgot the units. Example Sport scientist S Who cares about units? Beer is Beer, Body is Body. Example Mitochondrial biologist M Only when you count, not when you measure mass or volume. My Weizen is a 0.5 L beer, your Pils is a 0.33 L beer. Example # # # Example
- Chemist C: According to SI, you should use Base SI units, to express volume in the unit [m-3].
- Mitochondrial biologist M: We are practical and use the liter [L]. I don't care about [m3].
- Sport scientist S: Now it is me who cares. Since we express the BMI in SI units [kgΒ·m-2], this normalization for Area [m3] is closer to [m3] than to [L].
- Chemist C: But this is trivial, 1 L = 1 dm3. And one mole ..
Before she contemplates on how many liters of Beer per B have been consumed