Converting Becquerel per Liter to mg/L - Uranium

It's possible if you know the decay constant. I can convert the data for isotope U-238 of Uran which is 99% in natural samples. I can give all formulae.

I am a mathematics graduate who has been teaching mathematics for years. I will be able to complete your project for you. I look forward to working with you. Kind regards.

thats simple dear, 0.99275 g of 238U =12,311 Bq 0.00719 g of 235U =576 Bq 0.000057 g of 234U =12,880 Bq. now depending upon ur isotope, you can convert it.. thats a common conversion in radioactivity, so it will not cost alot of money.. :) you can pay me any amount you want..

I know this is related to radioactivity and I did study radioactivity well in physics so i can convert this value and will give you formula to convert it.

Hey, I'm good at physics so that I can help you with your problem. It's not so hard to convert one unit to another. Almost everything you need to know is half-life for the selected element (Uranium in your case). However, I'm confused a bit by your mg/L. Are you absolutely sure that this is the dimension you need?

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Hello Markus, This is a very easy problem, and I even have the answer right now. In an act of good faith, I will give you the answer before even being paid. Since U-235 is most commonly used in nuclear fission, I will use the conversion values for it, but I will also give you the values for U-234 and U-238 if you would like. U-235 is 80.011 Bq/g 0,011 Bq/L is therefore (0,011)/(80.011) = 1.374... g/L 1.374... g/L is 1374 mg/L The formula is: X Bq/L divided by 80.011 Bq/g times 1000 mg/g. However, for U-234 and U-238, I have different values that I can give you for the conversion. I am new to Freelancer.com, and so, I don't have any ratings yet. As a result, I want to provide you with the best quality work so that I will be rated highly and that I may work with you and others like you again. Best regards, Kyle

This is simple school-level physics. Activity (in Becquerels) is the decay constant multiplied by the mass of radioactive substance. Decay constant of Uranium is 3.12e-17. Message me if you have any questions.