38. Solving a chemistry problem
📂 Coursework
👤 Derkach
Product Description
102. During polarography of a 0.0010 M solution of Tl (I), the limiting diffusion current, measured using a capillary with a dripping period of 2.4 s and a flow rate of 2.7 mg / s, turned out to be 5.7 μA. For a solution of Tl (I) of unknown concentration against the same background, a limiting current of 20.5 μA was obtained for a new capillary with a dripping period of 3.7 s, and the mass of 100 drops was 0.9754 g. Calculate the unknown concentration of thallium.
Additional Information
If you do not open the file - install the RAR archiver. Inside the archive you will find a solution in Word format.
No Reviews Yet
Be the first to leave a review for this product!
Related Products
31. Solving a chemistry problem
Seller: Derkach
41. Solving a chemistry problem
Seller: Derkach
46. Solving a chemistry problem
Seller: Derkach
51. Solving a chemistry problem
Seller: Derkach
55. Solving a chemistry problem
Seller: Derkach
80. Solving a chemistry problem
Seller: Derkach
138. Solving a chemistry problem
Seller: Derkach
143. Solving a chemistry problem
Seller: Derkach