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-- take the number of parts per thousand

-- multiply it by 1,000

-- the answer is the number of parts per million

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Q: How do you convert parts per thousand into parts per million?
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How do you convert 33 parts per thousand to percent?

3.3%


Is parts per million the same as milligrams per liter?

No. Even if that were milliliters to liters, it would still be parts per thousand.


How do you convert micrograms per kilogram to parts per million?

Well, honey, to convert micrograms per kilogram to parts per million, you need to multiply by 1,000. Why? Because there are 1,000 micrograms in a milligram, and 1,000,000 parts per million in a kilogram. So, it's just a matter of shifting those decimal places around to get the job done.


How much is 10 parts per million?

If you have 1 million parts of something 10 parts would be 10 parts per million. If you had 2 million parts of something 20 parts would be 10 parts per million.


What is the ppm of 1mg in 1000ml?

You are comparing units of mass with units of volume. You must first decide whether you want parts per million (volume), or parts per million (mass). Then you must either convert the volume to mass, or the mass to volume. For this purpose, you have to know the density of the involved substances.You are comparing units of mass with units of volume. You must first decide whether you want parts per million (volume), or parts per million (mass). Then you must either convert the volume to mass, or the mass to volume. For this purpose, you have to know the density of the involved substances.You are comparing units of mass with units of volume. You must first decide whether you want parts per million (volume), or parts per million (mass). Then you must either convert the volume to mass, or the mass to volume. For this purpose, you have to know the density of the involved substances.You are comparing units of mass with units of volume. You must first decide whether you want parts per million (volume), or parts per million (mass). Then you must either convert the volume to mass, or the mass to volume. For this purpose, you have to know the density of the involved substances.