What mass of Ti(s)may be deposited from an aqueous TiCl₂ solution if a current of 2.50 A is applied to the solution for 365 s? ($\varepsilon$°_red(Ti²⁺/Ti)= -1.63 V,F = 96485 C/mol)

Question

Quizplus · Accepted Answer

The mass of Ti deposited can be calculated using the formula: mass = (It/nF) * M, where I is the current (2.50 A), t is the time (365 s), n is the number of electrons transferred (2 for Ti^2+ to Ti), F is Faraday's constant (96485 C/mol), and M is the molar mass of Ti (47.87 g/mol). Plugging in these values gives approximately 0.226 g.

What Mass of Ti(s)may Be Deposited from an Aqueous TiCl2 ε\varepsilonε

What Mass of Ti(s)may Be Deposited from an Aqueous TiCl₂ $\varepsilon$