31. Solving a chemistry problem
📂 Chemistry
👤 Derkach
Product Description
4. The sol was obtained as a result of an exchange reaction by pouring 10 ml of a 0.008 M MgSO4 electrolyte solution and 7 ml of a 0.008 M Pb(NO3)2 electrolyte solution.
Calculate the value of the ξ-potential for a given sol if its electrophoresis occurs at an external electric field strength of 200 V/m. The movement of particles in 10 minutes was 11 mm in a medium with a viscosity of 10-3 N*s/m2. To which electrode does the sol particle move?
Calculate the value of the ξ-potential for a given sol if its electrophoresis occurs at an external electric field strength of 200 V/m. The movement of particles in 10 minutes was 11 mm in a medium with a viscosity of 10-3 N*s/m2. To which electrode does the sol particle move?
Additional Information
If the file does not open for you, install the Rar archiver program. Inside the archive, the solution is in WORD format.
No Reviews Yet
Be the first to leave a review for this product!
Related Products
45. Solution to Chemistry Problem
Seller: Derkach
29. Solution to Chemistry Problem
Seller: Derkach
85. Solving a chemistry problem
Seller: Derkach
95. Solving a chemistry problem
Seller: Derkach
075. Solving a chemistry problem
Seller: Derkach
Solution of problem 629 of the collection of general ch
Seller: Михаил_Перович
60. Solution to Chemistry Problem
Seller: Derkach
60. Solution to Chemistry Problem
Seller: Derkach
More from this Seller
71. Solving a chemistry problem
Coursework
142. Solving a chemistry problem
Coursework
143. Solving a chemistry problem
Coursework
118. Solving a chemistry problem
Coursework
144. Solving a chemistry problem
Coursework
144. Solving a chemistry problem
Coursework