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To determine the strength of the reducing agent, you have to look at the reduction potentials for each one. The more negative the reduction potential, the higher chance the metal will want to be oxidized, therefore making it the best reducing agent. What this means is that a species that wants to be oxidized will have a very very low potential to be reduced, and, when flipped, a very high potential to be oxidized. The species which is oxidized is the reducing agent. So, yes, you are correct to say that the most negative of the reduction potentials will give you the strongest reducing agent.
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