explain-what-happens-when-magnesium-metal-is-oxidized-2

Name: explain what happens when magnesium metal is oxidized 2
Uploaded: 2020-10-18
Duration: 3 min 7 s
Channel: Numerade
Description: Explain what happens when magnesium metal is oxidized.

Question

Explain what happens when magnesium metal is oxidized.

Vishal Sharma · Accepted Answer

in problem toe. Explain what happened when magnesium metal is oxidized. So when Mag nation reacts with the oxygen, then it will form magnesium oxide, which is m g o. So we can balance this situation. So this is the balance situation. So in this election, we see that this mag nation, when it is oxidized, then it will produce magnesium oxide, which is m t o. So in this reaction we can see that this magnesium is oxidized. Magnesium is oxidized or we can see that the oxidation off magnesium can take place in this a situation oxidation off magnesium. So magnetism is held. So magnesium is hell to a flame. It reacts rapidly and violently. It reacts rapidly and violently with oxygen and producing and almost blinding late. So this mental is also combined with oxygen. In this metal is also combining with oxygen. But it is much more exact thermic reaction. But it is much more eggs, atomic reaction and happens quite rapidly once it gets started.

Keenan Mintz · Answer

Now we&#x27;re going to work on problem 19 from Chapter eight, and this problem were asked about. What is it? What is happening to a reaction? A reactant or substance when it&#x27;s oxidize, were reduced. So an oxidized substance loses electrons. You and then we had, uh, the reduction reduce substance will be gaining electrons, and these always have to happen in conduction. That&#x27;s why it&#x27;s called redox reduction oxidation, because the ox, the reduced subsistence, to gain electrons, but it needs to get them from somewhere. So it oxidizes another Adam. An easy way to remember. Uh, this, which is losing, which is gaining, is the pneumonic device oil rig. So we have oxidation is losing electrons, and then reduction is gaming. So if you remember oil rig, you should always be able to remember that oxidation means you&#x27;re losing electrons. Production means you&#x27;re gaining them

Sisi Gao · Answer

this question asks what happens to a substance when it becomes oxidized. So if a substance become also does that there will be an increase in its oxidation state, if it gets reduced that there will be a decrease in his oxidation state.

Stephen Pulliam · Answer

in terms of electrons. What happens when Adam is oxidized, and then what happens when it is reduced? So we take lithium with themes metal metal&#x27;s air typically oxidized. And so the theme is gonna lose an electron and become a positively charged ions. I must take sulfur. It&#x27;s a non metal. It&#x27;s typically gonna lose gain electrons, and so it will become a sulfide on with the two minus charge. So those things don&#x27;t happen separate from each other. Whenever something&#x27;s oxidize, something is reduced right when one loses, another will gain. And so lithium and sulfur. If they were to interact with each other, we&#x27;d have to have two lithium atoms, and the sulfur would take one electron away from each of those lithium atoms to have a two minus charge. And then the lithium and and sulfide eye on lithium ion sulphide, I&#x27;m would come together to form lithium sulphide delights us

Matthew Lueckheide · Answer

So I drew here a basic electrochemical cell where you have ended on the left, the Catholic on the right, connected by a copper wire. Um, in some. A quick solution. Um, So what reaction happens in the cathode so and only cathode in this version of the textbook, that discussion is found on pages 6 13 and 6 14 So, on each of these electrodes in one of these electrodes, oxidation has to happen. The electrons will then travel through the wire to the cathode. Um, where then, um Or I guess I ruined it. Right. So what&#x27;s wrong? Traveling through the copper wire? Sorry through the metal wire. And then, um, they travel from the ano to the Catholic. And that&#x27;s important because in the end of the textbook, you have your reactivity table. So the re activity Siri&#x27;s. So whenever the more reactive metal is, um, that metal is going to be your an ode. So the an ode contains the more reactive metal. Those are the medallists that are more hiring, have higher inclination, or they&#x27;re more willing to lose electrons from compared to all the medals that are below where that metal falls on. That sharp. So the more reactive metal is gonna be found at the an ode. Um, so those more reactive metals will give off their electrons? Um, they&#x27;ll travel through the wire here to the cathode. And because the Catholic is accepting the wire s accepting the electrons. That means that production will occur. Um, that&#x27;s the cathode.

David Collins · Answer

It doesn&#x27;t matter whether we have an electrolytic cells and with the process of electrolysis or we have a galvanic cell at the cathode. We always have reduction, but the an ode we always have oxidation reduction is going to occur at the Catholic during electrolysis.

Problem

a. Write balanced equations for the reactions of …

Problem 2 Easy Difficulty

Explain what happens when magnesium metal is oxidized.

Answer

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