CO32− ion-induced Cu2+ ion determination using DPA capped-LaF3:Eu3+ nanocrystals - Journal of Materials Chemistry C (RSC Publishing)
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Sensors | Free Full-Text | Detection of Cu2+ Ions with GGH Peptide Realized with Si-Nanoribbon ISFET
![In an excess of NH(3(aq.)),Cu^(2+) ion form a deep blue complex ion [Cu (NH(3))(4)]^(2+) having formation constant K(f)=5.6xx10^(11). Calculate the concentration of Cu^(2+) in a solution prepared by adding 5.0xx10^(-3) mole of CuSO(4) In an excess of NH(3(aq.)),Cu^(2+) ion form a deep blue complex ion [Cu (NH(3))(4)]^(2+) having formation constant K(f)=5.6xx10^(11). Calculate the concentration of Cu^(2+) in a solution prepared by adding 5.0xx10^(-3) mole of CuSO(4)](https://d10lpgp6xz60nq.cloudfront.net/ss/web/355853.jpg)
In an excess of NH(3(aq.)),Cu^(2+) ion form a deep blue complex ion [Cu (NH(3))(4)]^(2+) having formation constant K(f)=5.6xx10^(11). Calculate the concentration of Cu^(2+) in a solution prepared by adding 5.0xx10^(-3) mole of CuSO(4)
![SOLVED: The product solubility constant for copper (I) iodide is 1.1X 10-12 When 0.40 M HCN is added to this ionic salt; forming the complex ion, Cu(CN) 2 with a product formation constant SOLVED: The product solubility constant for copper (I) iodide is 1.1X 10-12 When 0.40 M HCN is added to this ionic salt; forming the complex ion, Cu(CN) 2 with a product formation constant](https://cdn.numerade.com/ask_images/d22bb121748f4de3a4141cc0527d9180.jpg)
SOLVED: The product solubility constant for copper (I) iodide is 1.1X 10-12 When 0.40 M HCN is added to this ionic salt; forming the complex ion, Cu(CN) 2 with a product formation constant
Highly Selective and Rapid Naked-Eye Colorimetric Sensing and Fluorescent Studies of Cu2+ Ions Derived from Spherical Nanocellulose | ACS Applied Polymer Materials
THE GROUND STATE Cu2+ION AFFINITIES OF GLYCINE, ALANINE AND CYSTEINE IN GAS AND AQUEOUS PHASE: A DFT BASED COMPUTATIONAL STUDY
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