Conversion of G and Mg Please give advice from experts

1g=1000mg

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1. How to convert mg / dL to mg / L? How much mg / L is 1mg / dl? What is 1dl
2. What is the concept of concentration unit mg / dl What is the concept of DL in mg / dl?
3. How to convert chemical unit mol / L to mg / dl
4. How to convert mg / dL to mmol / L?
5. How to convert blood glucose mg / dL to mmol / L Who give a more accurate algorithm, the best is the hospital, I use the blood glucose meter measured is mg / dl
6. Where is the formula P = f / S = g / S = mg / S = PVG / S = pshg / S = pGH used P=F/S=G/s=mg/s=pvg/S=pshg/S=pgh Where is the formula used
7. How to calculate g = 9.8n/kg in G = mg? Erin, still, suffignorance, can you give it a few generations? Why didn't I calculate 9.8n/kg.
8. (1) What is the physical meaning of the formula g = mg? (2) what is the physical meaning of the formula g = g / M = 9.8n/kg?
9. Do both fvg and fvg rows need to be suspended or floating
10. 1. F floating = ρ liquid GV row, g row = f floating, g row = mg, then why f floating has nothing to do with quality? 2. Floating F, floating > G, floating = g, but why are they both = g in calculation? 3. When to float with F = ρ liquid GV and when to float with g = f?
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14. Buoyancy f floating = g object and f floating = g object-f pull In what state is f floating = g object, and in what state is f floating = g object-f pull? I'm not sure about these two According to the formula of buoyancy, m row = m immersion, right?
15. How to determine the scientific buoyancy by using Archimedes theorem, f-float = G-F, or f-float = g? What are the conditions for the application of these formulas
16. About the physical buoyancy, how to judge that the buoyancy is greater than the gravity, buoyancy is the same as gravity
17. According to Archimedes' principle, the buoyancy is equal to the gravity of the liquid displaced by the object It means buoyancy {the body is affected by liquid} = gravity {the water drained out}?
18. Cao Chong said that from a physical point of view, what (buoyancy) is that when an object floats on the surface of a liquid, buoyancy is equal to the gravity of the object
19. When floating, buoyancy is equal to gravity, g = mg, and M refers to the mass of the drained water or the self generated weight of the object
20. What problems should be paid attention to when calculating buoyancy with Archimedes' principle: f-floating = g-row = ρ liquid gv-row