Which oxidizing agent is stronger

Chemistry Electrochemistry Oxidation and Reduction Reactions. Ernest Z. Aug 16, You rank oxidizing agents according to their standard reduction potentials.

Explanation: Here's a typical table of standard reduction potentials. If an electode reaction has dssolved oxygen as a reactant, is the electrode an anode or a cathode?

How do you determine which oxidizing agent is stronger? Chemistry Electrochemistry Oxidation and Reduction Reactions. David Drayer. Dec 26, Explanation: Oxidation is the removal of electrons from an atom or polyatomic ion. Ernest Z. You compare their standard reduction potentials. Explanation: For example, potassium permanganate and hydrogen peroxide are oxidizing agents. Solution Look up their standard reduction potentials.

IUPAC defines oxidation as: The complete, net removal of one or more electrons from a molecular entity. Improve this answer. The experimental conditions here might be a little harsh, though. I have been trying to replicate your results but I cannot. Additionally, what do you mean by entropy being negligible? And how did you calculate the equilibrium constant? Show 6 more comments. So it goes. Ivan Neretin Ivan Neretin The rest is puzzling to me; I never said a thing about anything protonating anything.

When you show me a reaction with it acting as an oxidant I will acknowledge its place in the ranks of powerful oxidising agents. It's just Ar in oxidation state 0, after all.

I'm with those who think candidates should have been made in quantity and studied not just shown to exist in very cold matrices of inert gases. Add a comment. Karthik Karthik 4 4 bronze badges. Also, a black hole can't be generated with just positrons, as the electromagnetic repulsion would vastly outstrip the gravitational attraction. There would have to be a lot of electrically neutral "filler" mass to keep things together. Lastly, all black holes are thought to be overall very close to electrically neutral.

But it isn't completely proved right? I did doubt that the repulsions might not let it happen. But what I am saying is if it did exist, it would be powerfull.

By the way wouldn't the no-hair theorem lead to asymmetry in matter and anti-matter? But I must confess I am not knowledgeable enough to make these statements. Probably only after a few years just about to start my UG course I can make legible statements. I see you're an eager young student! The fun thing in science is putting your imagination in a straitjacket ; learn the rules of the Universe as well as you can, then find elegant ways to exploit them to do weird and beautiful things!

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