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The reaction of cerium (IV) with thallium (I) is: 2Ce+4(aq) + Tl+1(aq) ⟶⟶ 2Ce+3(aq) + Tl+3(aq) The proposed mechanism for this reaction is: Ce+4(aq) + Mn+2(aq) ⟶⟶ Ce+3(aq) + Mn+3(aq) Ce+4(aq) + Mn+3(aq) ⟶⟶ Ce+3(aq) + Mn+4(aq) Mn+4(aq) + Tl+1(aq) ⟶⟶ Mn+2(aq) + Tl+3(aq) Identify the intermediate(s) and catalyst(s) if any.

The reaction of cerium (IV) with thallium (I) is: 2Ce+4(aq) + Tl+1(aq) ⟶⟶ 2Ce+3(aq) + Tl+3(aq) The proposed mechanism for this reaction is: Ce+4(aq) + Mn+2(aq) ⟶⟶ Ce+3(aq) + Mn+3(aq) Ce+4(aq) + Mn+3(aq) ⟶⟶ Ce+3(aq) + Mn+4(aq) Mn+4(aq) + Tl+1(aq) ⟶⟶ Mn+2(aq) + Tl+3(aq) Identify the intermediate(s) and catalyst(s) if any.

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The reaction of cerium (IV) with thallium (I) is:

2Ce+4(aq) + Tl+1(aq) ⟶⟶ 2Ce+3(aq) + Tl+3(aq)

The proposed mechanism for this reaction is:

Ce+4(aq) + Mn+2(aq) ⟶⟶ Ce+3(aq) + Mn+3(aq)

Ce+4(aq) + Mn+3(aq) ⟶⟶ Ce+3(aq) + Mn+4(aq)

Mn+4(aq) + Tl+1(aq) ⟶⟶ Mn+2(aq) + Tl+3(aq)

Identify the intermediate(s) and catalyst(s) if any.

The reaction of cerium (IV) with thallium (I) is: 2Ce+4, + TI+1, 2Ce*(aq) (aq) (aq) + TI+3, (aq) The proposed mechanism for this reaction is: Ce+4, "(aq) + Mn+2, + Ce+ a+3, (aq) + Mn*°(aq) (aq) +3, Ce+4, Ce*“(aq) + Mn+3 Ce+3, (aq) + Mn+4, (aq) (aq) Mn*4 (ag) + TI*(ag) > Mn*2(ag) + TI*3 (aq) + TI+1, + TI+3, Identify the intermediate(s) and catalyst(s) if any. O Mn*2(aq) is an intermediate. Mn* +3, Mn+4 (aq), (aq) are catalysts. O Mn*3 (aq) is an intermediate. Mn*2 Mn+3, (aq) are catalysts. (aq). O No intermediates. Mn* (aq), Mn+2, (aq), Mn*3 (aq) are catalysts. O Mn** lag) is an intermediate. Mn*2 (aq). Mn*3, (aq) are catalysts. O Mn+4, Mn*2, (aq) are intermediates. No catalyst. (aq). Mn*3, (aq). O Mn** (aq). Mn+3 (ag) are intermediates. Mn*(ag) +4 is a catalyst.
Transcribed Image Text:The reaction of cerium (IV) with thallium (I) is: 2Ce+4, + TI+1, 2Ce*(aq) (aq) (aq) + TI+3, (aq) The proposed mechanism for this reaction is: Ce+4, "(aq) + Mn+2, + Ce+ a+3, (aq) + Mn*°(aq) (aq) +3, Ce+4, Ce*“(aq) + Mn+3 Ce+3, (aq) + Mn+4, (aq) (aq) Mn*4 (ag) + TI*(ag) > Mn*2(ag) + TI*3 (aq) + TI+1, + TI+3, Identify the intermediate(s) and catalyst(s) if any. O Mn*2(aq) is an intermediate. Mn* +3, Mn+4 (aq), (aq) are catalysts. O Mn*3 (aq) is an intermediate. Mn*2 Mn+3, (aq) are catalysts. (aq). O No intermediates. Mn* (aq), Mn+2, (aq), Mn*3 (aq) are catalysts. O Mn** lag) is an intermediate. Mn*2 (aq). Mn*3, (aq) are catalysts. O Mn+4, Mn*2, (aq) are intermediates. No catalyst. (aq). Mn*3, (aq). O Mn** (aq). Mn+3 (ag) are intermediates. Mn*(ag) +4 is a catalyst.
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