What substance is produced at the anode during the electrolysis of a mixture of molten strontium iodide, SrI2(l), and molten aluminum chloride, AlCl3(l)? Assume standard conditions. [1] What substance is produced at the cathode during the electrolysis of a mixture of molten strontium iodide, SrI2(l), and molten aluminum chloride, AlCl3(l)? Assume standard conditions. [2] (MTS 7/13/2021)
Author: Anonymous
Standard reduction potentials are -3.05 V for the Li+(aq)/Li…
Standard reduction potentials are -3.05 V for the Li+(aq)/Li(s) couple, -0.13 V for Pb2+(aq)/Pb(s), -2.93 V for K+(aq)/K(s), -0.81 V for H2O(l)/H2(g), and -2.90 V for Ba2+(aq)/Ba(s). Under standard-state conditions, arrange the reducing agents in order of decreasing strength. [I] > [II] > [III] > [IV] > [V] (MTS 7/11/2021)
A metal bromide, MBr2, is converted to a molten form at high…
A metal bromide, MBr2, is converted to a molten form at high temperature. Electrolysis of this sample with a current of 5.00 A for 50.0 seconds results in deposition of 0.0847 g of metal M at the cathode. The other product is bromine gas, Br2(g), which is released at the anode. Determine the identity of metal M. (MTS 7/21/2020)
A reaction that occurs in the internal combustion engine is…
A reaction that occurs in the internal combustion engine is N2(g) + O2(g) ⇌ 2NO(g) ΔH° = [a] kJ/mol, ΔS° = [b] J/mol K From what temperature (in K) does the reaction become spontaneous? Enter a number to 1 decimal place. (MTS 7/21/2020)
Choose the true statement. (MTS 7/14/2021)
Choose the true statement. (MTS 7/14/2021)
Balance the following skeleton reaction in acidic solution (…
Balance the following skeleton reaction in acidic solution (if the coefficient is 1, put 1; if the coefficient is 0, put 0) and identify the oxidizing and reducing agents. For the oxidizing and reducing agent, enter numbers and +/- directly for superscripts and subscripts. (eg. enter HCO3- for HCO3-, Cu2+ for Cu2+) H2S (g) + NO3- (aq) S8 (s) + NO (g) [1]H2S(g) + [2]NO3-(aq) + [3]H+(aq) + [4]H2O(l) [5]S8(s) + [6]NO(g) + [7]H+(aq) + [8]H2O(l) (acidic) Oxidizing agent: [9] Reducing agent: [10]
Calculate the Kf of M(NH3)2 + from M+(aq) + e- ⇋ M(s) E0= […
Calculate the Kf of M(NH3)2 + from M+(aq) + e- ⇋ M(s) E0= [x] V M(NH3)2+(aq) + e- ⇋ M(s) + 2NH3(aq) E0= [y] V You may enter as e notation (e.g. 2.34e6 or 4.56e-4) or enter the whole number (132465780). Canvas will change it to a number. (MTS 7/18/2020)
1.5 The living room [room5] (1)
1.5 The living room [room5] (1)
1.6 The basement [room6] (1)
1.6 The basement [room6] (1)
1.3 The kitchen [room3] (1)
1.3 The kitchen [room3] (1)