In terms of water, 1 mg (milligram) = 1 ml (millilitre) so 1000
0.5
1?
mg/l is milligrams per litre….or milligrams in one litre of water… this is a weight by volume relationship with mg the weight and litre the volume…. For considering percentages, we need both units to be of same dimension i.e. weight by weight or volume by volume that means you have to convert mg/l to either mg/g or ml/l we consider converting to mg/g (or any other WEIGHT unit) Converting mg/l to mg/g or mg/Kg As you know density of water is 1 gm/ml…..which means when you take 1ml of water it will be 1 gram So if you take 1000 ml it will be 1000 grams Or 1 litre of water will weigh 1 kg Which means you can write mg/l as mg/kg (as 1 litre of water is 1kg) So suppose you got chloride content in soil as 34 mg/l then you can also say it is 34 mg/kg Now mg/kg is also known as 1ppm i.e. 1mg/kg = 1mg/1000grams= 1mg/1000000 mg (we have converted everything into milligrams) So all that remains is 1/1000000 or 1/ 1 million or 1 part per million or 1ppm Percentage is parts per hundred So if a chemical has concentration of 34 parts in a million, how much will it be in just hundred So in 1 lakh it will be 3.4, In 10000 there will be 0.34, In 1000 there will be 0.034 and in 100 there will be 0.0034 Or 34 mg/ kg will be 34 mg / 1000000 mg So 34 mg is concentration in 1000000 mg So % will be 34 x 100 ___________ = 0.0034% 1000000
1 mg =1/1000 or 0.001 gram1 gram = 1000mg1 mg = 1 mg * 1 gram/1000mg = 1/1000 or 0.001 gram
In terms of water, 1 mg (milligram) = 1 ml (millilitre) so 1000
0.5
Assuming you really mean 1 g/ml (which is very high), then ... convert 1 gm/ml to mg/liter to get ppm1 g = 1000 mg 1 ml = 0.001 L 1000 mg/0.001 L = 1,000,000 mg/L = 1,000,000 ppm
1 mg ÷ 0.125 mg = 8
1?
The same as most other populations Uric acid Premature <5.5 mg/dl <327 umol/L 1-4 weeks <5.2 mg/dl <311 umol/L 1-12 months <6.2 mg/dl <372 umol/L children <6.1 mg/dl <362 umol/L adults (F) <5.7 mg/dl <340 umol/L (M) <7.0 mg/dl <420 umol/L uric acid in fasting condition is 8.0 mg
2 to 3 mg
Answer will be (mg/L) as CaCO3 units of ppm are the same as mg/L. Hardness = 2.5(mg Ca/L) + 4.1(mg Mg/L) In this case: 2.5x78.4 + 4.1x104.5 = 624.45 mg/L
There are 109 mg per dL.
mg/l is milligrams per litre….or milligrams in one litre of water… this is a weight by volume relationship with mg the weight and litre the volume…. For considering percentages, we need both units to be of same dimension i.e. weight by weight or volume by volume that means you have to convert mg/l to either mg/g or ml/l we consider converting to mg/g (or any other WEIGHT unit) Converting mg/l to mg/g or mg/Kg As you know density of water is 1 gm/ml…..which means when you take 1ml of water it will be 1 gram So if you take 1000 ml it will be 1000 grams Or 1 litre of water will weigh 1 kg Which means you can write mg/l as mg/kg (as 1 litre of water is 1kg) So suppose you got chloride content in soil as 34 mg/l then you can also say it is 34 mg/kg Now mg/kg is also known as 1ppm i.e. 1mg/kg = 1mg/1000grams= 1mg/1000000 mg (we have converted everything into milligrams) So all that remains is 1/1000000 or 1/ 1 million or 1 part per million or 1ppm Percentage is parts per hundred So if a chemical has concentration of 34 parts in a million, how much will it be in just hundred So in 1 lakh it will be 3.4, In 10000 there will be 0.34, In 1000 there will be 0.034 and in 100 there will be 0.0034 Or 34 mg/ kg will be 34 mg / 1000000 mg So 34 mg is concentration in 1000000 mg So % will be 34 x 100 ___________ = 0.0034% 1000000
1,000 1 gram = 1000 mg 1 mg = .001g
0.00003527 ounces in 1 mg