![ENa^ + /Na(s)^0 = - 2.71V , EMg^2 + /Mg(s)^0 = - 2.37V , EFe^2 + /Fe(s)^0 = - 0.44V and ECr^3 + /Cr(s)^0 = - 0.41V Based on this data, state which of the following is the weakest reducing agent. ENa^ + /Na(s)^0 = - 2.71V , EMg^2 + /Mg(s)^0 = - 2.37V , EFe^2 + /Fe(s)^0 = - 0.44V and ECr^3 + /Cr(s)^0 = - 0.41V Based on this data, state which of the following is the weakest reducing agent.](https://d2rrqu68q7r435.cloudfront.net/images/3814134/e21e5e65-52e9-4750-9461-5dcdfce6b7e0.jpg)
ENa^ + /Na(s)^0 = - 2.71V , EMg^2 + /Mg(s)^0 = - 2.37V , EFe^2 + /Fe(s)^0 = - 0.44V and ECr^3 + /Cr(s)^0 = - 0.41V Based on this data, state which of the following is the weakest reducing agent.
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Unveiling the Advances of 2D Materials for Li/Na-S Batteries Experimentally and Theoretically - ScienceDirect
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Metal chalcogenide hollow polar bipyramid prisms as efficient sulfur hosts for Na-S batteries | Nature Communications
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