how-does-oxidation-of-a-metal-compare-to-combustion-of-a-covalent-compound-2

Name: how does oxidation of a metal compare to combustion of a covalent compound 2
Uploaded: 2020-10-18
Duration: 4 min 36 s
Channel: Numerade
Description: How does oxidation of a metal compare to combustion of a covalent compound?

Question

How does oxidation of a metal compare to combustion of a covalent compound?

Vishal Sharma · Accepted Answer

in problem one. How does oxidation off a metal compared to combustion off a covenant compound? So this question is taken from the topic oxidation. So in oxidation off a metal, there is the formation off metal oxide in the oxidation. Off metal, there is the formation off metal oxide. There is thief formation off metal oxide. So let consider an example off magnesium. So when magnesium reacts with the oxygen, then there is the information off M g O, which is a metal oxide, so and violin case off combustion, but in case off condition. So in case off combustion off the hydrocarbon, there is the formation off carbon dioxide and water. The formation off carbon dioxide that co two and H 20 is formed as a product is formed as our product and energy is released and energy is released. So basically, this is the reaction off conversion. Let us consider an example in which meth index with the oxygen toe form, carbon exit and water, and lot off energy is released in this reaction. So energy is released in the former it and late. So on balancing this equation, we get to which tool and this is the Toto. Now, this is the balance equation for this Methane went decks with the oxygen to form carbon dioxide and water. So oxidation off a metal is very slow process. Also, oxidation offer metal is very slow process. It is very slow process. Right? So it is hard toe. So it is hard toe detect energy. So it is hard to detect energy in case off the oxidation, detect energy release in case off the observation while in case off commission in case off condition off hydrocarbon hydrocarbon lot off heat is at least a lot off. It is released. Lot off heat is her released because reaction is very fast because the reaction is very fast. Very first So combustion reaction our fast direction as compared toa the oxidation oxidation Is this slow reaction and conditions? Compassion is the fast reaction so that we can see that oxidation off a metal is a slow reaction. So it is hard to detect energy released while in the combustion off hydrocarbon lot off heat is at least because it is very fast.

David Collins · Answer

metallic bonds differ significantly from ionic bonds. Metallic bonds are formed from metal cat ions found in a sea of electrons with no defined bond direction. It&#x27;s a multi or undefined a directional bond. The metal cat ions, if hammered or pulled into wires, are free to move past each other. With easy adjustment of the sea of electrons. The only similarity between metallic and ionic bonds might be that the metallic bond has a metal cat eye on just like the ionic bond. However different in an ionic bond, the metal cat eye on requires an ANTI ON to be associated with it. Where in a metallic bond, the metal Cat eye on just requires a sea of electrons to keep the substance neutral with the anti ions bonded to the metal cat ions. In an ionic bond, there are specific directional bonds resulting in a lattice structure. That lattice structure is very rigid or the lattice structure with a metallic bond is not as rigid, resulting in the metallic bonds and the metallic substance to be duck style and malleable.

David Collins · Answer

Although this question wants you to compare the similarities between ionic bonds and metallic bonds, I should mention up front that metallic bonds are not very similar to ionic bonds and vice versa. The only similarity that we could state is that just like ionic bonds, the metal needs to form a cat eye on. And in the case of metallic bonds, the metal also forms a cat eye on. In an ionic bond, the metal cat eye on is bonded to an ANTI on in a in a defined direction or maybe a few defined directions, but in the case if there&#x27;s a lot of structure, but in the case of a metallic bond, the metal ion is not bonded in any particular direction. It is a multi directional bond and these metal cat ions are found in a sea of electrons where the sea of electrons is shared among all the metal cat ions.

April Berlyoung · Answer

problem. 38 asks how the oxidation number in an oxidation process relates to the number of electrons loss, then asked the same question for a reduction. So during oxidation, uh, the oxidation number oxidation number increases as electrons are lost. Electrons e minus are lost. So if, as an example, ISS our oxidation number oxidation number, uh, went from zero took plus one. That means that that Adam lost one electron. We went eyes into the positives. Now, to counter that in reduction, uh, the oxidation number number decreases as electrons B minus regained, and so you could imagine the same example. So if more oxidation number went Graham in this case zero two minus one, uh, this electron was gained and our oxidation number went down, indicating, uh, a reduction reaction.

Kim Trang Nguyen · Answer

questions. One buddy want one body? We should know this offside. Oh God, our civilization. Number off. Let&#x27;s see. Oh, not do. And c 02 That&#x27;s fall. Therefore govern in video. Then be also die in the prison off it. So yes, the oscillation number. Let&#x27;s fall. It&#x27;s less stable. So it is Nam able.

David Collins · Answer

ionic compounds are different from molecular compounds because ionic compounds in solid state exist in a three dimensional continuous lattice structure. This lot of structure is unique to the ionic compounds. The i N Zahr then bonded to each other strongly through Ionic bonds. Molecular compound exists as independent molecules, and even in the solid state, these independent molecules still are independent. You&#x27;re not bonded to each other. They&#x27;re only attracted to each other through inter molecular forces.

Problem

Explain what happens when magnesium metal is oxid…

Problem 1 Easy Difficulty

How does oxidation of a metal compare to combustion of a covalent compound?

Answer

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