EDTA molarity Solution preparation || how to prepare 0.01M EDTA || How to prepare 0.005M EDTA || 

0.9306 gr in 250ml distilled water...

Thank bro thanks for valuable feedback. With the help of another magnetic stirrer we can remove our stirrer from the solution. In some of laboratories are transferring Solution to storage bottles, than will collect stirrer.

By magnetic stick covered by teflon (magnetic stirrer remover)

Thank you for feedback. Shortly will upload above the three parameters.😊

Yes sir plz these parameters

Bro don't be hesitate it will take time. Due to chemical shortages.

Thank you bro will try to provide porosity test in iron ore.❤️👍

@@IronSteelChemistry And brother also tell where k2 cr2 o7 4.9035 came from and why it dived from 6

@@rahultiwari3381 ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-vKJeUaJEUls.html Just watch you can clarify your doubts 👍

Aap final mey Molarity checking karneyse aap ko pata chal jayega Solution Molarity. But hamko kuch difference nahi mila. It is dependent on moisture content.👍👍

Na - 23,0 - 16 and H - 1, so the molecular weight, is 23 + 16 + I = 40. Thus 40 grams of NaOH equals one mole of NaOH, and a 1 molar solution of NaOH will contain 40 grams of NaOH chemical. So if you prepare N/10= 4/Lit.

Na - 23,0 - 16 and H - 1, so the molecular weight, is 23 + 16 + I = 40. Thus 40 grams of NaOH equals one mole of NaOH, and a 1 molar solution of NaOH will contain 40 grams of NaOH chemical. So N/40= 40/Lit

Na - 23,0 - 16 and H - 1, so the molecular weight, is 23 + 16 + I = 40. Thus 40 grams of NaOH equals one mole of NaOH, and a 1 molar solution of NaOH will contain 40 grams of NaOH chemical. So N/40= 40/Lit

372.24 EDTA molecular weight. So 3.7224 is for 0.01M (0.02N). 0.02N is equal to 0.01M. so make it 3.6224 gram EDTA in one liter water.

Thanks you sir

Divide molecular weight (hydrate form) by 40 for 1000 ml solution.