To convert 20 mol ppm H₂S (hydrogen sulfide) to weight percent (wt%), you first need to understand that 1 ppm is equivalent to 1 mg of solute per liter of solution. Given that 20 mol of H₂S corresponds to its molecular weight (approximately 34.08 g/mol), you can calculate the weight in grams and then convert that to weight percent by comparing it to the total weight of the solution. Assuming a total volume of 1 liter of water (approximately 1,000 g), the calculation would yield the weight percent of H₂S in the solution.
To convert ppm to wt%, you need to divide ppm with 1000000 to get to wt%.For example:If you have 4000ppm, it is the same as 0.004 wt%.I dont agree with this answere.Actually 4000ppm means 4000mg in 1Kg (1000g). Hence a simple solution is as under;1000g contains 4000mgor1000g contain 4 gm. Hence 100g will contains 0.4 grams. This is the answere i.e. 0.4%because % means amount present in 100 grams.The first answer above should be:To convert ppm to wt% (percent by weight), you need to divide ppm by 10,000.For example:If you have 4000 ppm, it is the same as 0.4 wt%.If a lab result for the concentration of lead (Pb) in a paint chip sample is 10,400 ppm, the concentration in percent lead by weight is 1.04. If the result is reported as 1.04 % Pb by weight, then the concentration can be converted to 10,400 ppm.
Take 1.45 wt% oxide as an example. To remove the oxide component first you must work out the Ti component: 1.45 wt% oxide x 0.6 = Ti (wt%) because Ti in TiO2 makes up 60% its formula mass: 47.87 / 79.87 = ~0.6 Ti Thus 1.45wt% TiO2 = 0.87 wt% Ti
One kilogram-force (kg wt) is equivalent to approximately 980.665 dynes. This conversion is based on the acceleration due to gravity, which is about 9.80665 m/s². Therefore, 1 kg wt = 1 kg × 9.80665 m/s² = 980.665 dynes.
Wind Turbine
to convert molecules into moles, simply use the formula n=N/NA where NA is Avogadro's number(6.022E23). This formula can be rearranged so to convert from moles to molecules (N=nNA). to convert from molecules to moles you use the equation n=N/NA where NA is Avogadro's number (6.022E23)
To convert ppm mole of H2O to ppm wt in natural gas, you need to know the molecular weight of water (H2O), which is 18 g/mol. Once you have this information, you can use it to convert between the two units. This conversion involves considering the molecular weight of the components in the mixture.
To convert ppm to wt%, you need to divide ppm with 1000000 to get to wt%.For example:If you have 4000ppm, it is the same as 0.004 wt%.I dont agree with this answere.Actually 4000ppm means 4000mg in 1Kg (1000g). Hence a simple solution is as under;1000g contains 4000mgor1000g contain 4 gm. Hence 100g will contains 0.4 grams. This is the answere i.e. 0.4%because % means amount present in 100 grams.The first answer above should be:To convert ppm to wt% (percent by weight), you need to divide ppm by 10,000.For example:If you have 4000 ppm, it is the same as 0.4 wt%.If a lab result for the concentration of lead (Pb) in a paint chip sample is 10,400 ppm, the concentration in percent lead by weight is 1.04. If the result is reported as 1.04 % Pb by weight, then the concentration can be converted to 10,400 ppm.
Wt is the formula to convert cgpa to percentage in 10 point scale
1000 ppm = 1000 mg/ l 1N NaCl = 58.5 gm/l ok 1000 mg/l = 1 gm/l = 0.1gm/100 ml = 0.1 % wt. on the other hand 1 % wt. = 10,000 ppm so , 0.1 %wt. = 1000 ppm so you need to put 0.1 gm in 100 ml = 1 gm in 1000 ml to get 1000 ppm
Veq = 133000*(Condensate specific gr/Mol wt of condensate) in SCF/STB Where, Mol wt of condensate = 6084/(API-5.9)
To convert gross weight to net weight, you subtract the tare weight (the weight of the container or packaging) from the gross weight. The formula is: Net Weight = Gross Weight - Tare Weight. This calculation provides the weight of the actual product without any packaging or additional materials.
"wt"?
wt is an abbreviation for weight
Swedish Crown, called Krona (pl. Kronor, short form Kr.) in Swedish (international code: SEK) 1 USD = 7,02819713 SEK (as of 09/10/08) Cheers! =)
Take the wt and cube it.
mm is millimeters & wt is weight
Take 1.45 wt% oxide as an example. To remove the oxide component first you must work out the Ti component: 1.45 wt% oxide x 0.6 = Ti (wt%) because Ti in TiO2 makes up 60% its formula mass: 47.87 / 79.87 = ~0.6 Ti Thus 1.45wt% TiO2 = 0.87 wt% Ti