explain-how-the-law-of-conservation-of-mass-applies-to-garbage-2

Name: explain how the law of conservation of mass applies to garbage 2
Uploaded: 2020-10-14
Duration: 7 min 57 s
Channel: Numerade
Description: Explain how the law of conservation of mass applies to garbage.

Question

Explain how the law of conservation of mass applies to garbage.

Vishal Sharma · Accepted Answer

so in problem toe Explain how the law off conservation off mask applied toe garbage. So this question is taken from the topic conservation off Mars that moss off the reactant and the products are equal. So the love conservation off moss is important is important in considering ways to disposal In considering ways to disposal we cannot get rid off the atoms. We cannot get her rid off the atoms. Read off the items in the west that with thorough in the the waste that we throw away that we throw away smelly toxic garbage accumulates in smelly toxic garbage Accumulate in large quantities accumulates in the large quantities in the large quantities Large quantities in waste disposal sites in waste disposal sides Disposal sides A small portion off It may biodegradable a small portion off it small portion off it may biodegradable, ma&#x27;am. Bio integra table that is so biodegrade that is biodegrade, biodegrade that is, that is, he kept broken down into you get broken down in tow Harmless products by microorganism harmless products Bye Micro organism micro organisms But the process can take decades but the process can the kids but the process again take place the kids so the waste will be there unless scientist, so the waste will be there will be there unless scientist, unless scientist find ways to convert, find ways to convert, convert more off our waste more well over waste and to useful products Waste in tow Useful products So given this fact So given this fact it makes sense toe reuse It makes since toe reuse and recycle and three cycle as much as much as possible as much as possible. So basically that we say that the law of conservation of mass is applied to garbage. Basically, the law of conservation losses applies toe garbage in that garbage So we can see that the law off Conservation off moss the law off conservation off must applies toe garbage applies to garbage Garbage in that garbage suits in dead garbage sits in landfills Land well four years and only some off it bio degree, my oh degrees only some off it bio degrades So what does not biodegrade? So what does not biodegrade by degrade It still has matter. It still has matter and mass because it exists because it exists So we recycle that garbage so we can recycle that garbage by taking it and making it by taking it and making it and to usable in tow, Use able products. Usable products? Yeah. So? So, like usable products. Like we can say, Like both. Like recycled paper. You can see that like a recycled paper. Except so the mass off garbage is no loss. But it changed forms. So the mosque off garbage is not lost, but it change farms, but it changed forms.

Eugene Schneider · Answer

so the law of conservation of mass states that mass in an isolated system is neither created or destroyed by chemical or physical changes. So if you have a closed, isolated system, the mass of your products will always equal the massively reacted tze. And if these two don&#x27;t equal, that means you were either losing some mass that&#x27;s leaving the system. For example, if you burn something, you have carbon dioxide burning off leaving the system, um, or you are forgetting one. One of your products are reacting ts but the law of conservation of mass states that mass in an isolated system cannot be created or destroyed.

Sisi Gao · Answer

the law off. The conservation off mess is young. Chemical reaction matter is another created or destroyed. How do we understand this concept? The concept means when a chemical reaction occurs, they told him, as off the substances involved in the reaction, that&#x27;s not change.

Rachel Vallejo · Answer

conservation of mass is an underlying an essential part of all chemical reactions. It basically states that the mouths of reactions and products has to be equal. For example, look at the following reaction. Therefore, oxygen&#x27;s on both sides of this reaction. There&#x27;s four oxygen&#x27;s on the react inside and poor on the product side. There, there is one carbon on the reactive side and one on the product side. There are also four hydrogen on the rack inside and on the product side. Overall, this tells us, since these atoms will weigh the same on both sides of this reaction, that no matter how the state of the composition of these molecules change, the mass will always be constant. The massive to oxygen&#x27;s at a methane will equal the mass of two waters and a carbon dioxide

Ahmed Ali · Answer

Hello, everyone. My name is Molly. In this question, he wanted to know what is a significant off the low off contract Quicken off conservation off energy. Um, this low is knowing as a first low thermal genomic which is which is digs up energy cannot be created or destroyed, which I mean here. If I if I don&#x27;t have the energy it never energy could I can created a Also, my energy is not destroyed but not having the energy. He&#x27;s trans fear from one form into another which mine internal energy can be transferred to work. So this is the first laws that the energy changed from one form into another and not created or destroy. It&#x27;s called conservation because the mosque, if I have energy, I must he do by a mainly thing and the must be equal. So this is easily off conservation off in early. Thank you

Katherine Mccandless · Answer

chemical equations must be balanced in order to demonstrate the car with law of conservation of Mass. When we balance a chemical equation, it means that the number of atoms on the reactant side must equal the total number of of Adams. On the product side, this means that Adams can&#x27;t be created or destroyed, which is what the law of Conservation of Mass says. So, for example, you might have a reaction combining magnesium and oxygen to form magnesium oxide. On this side, there&#x27;s one magnesium and to oxygen&#x27;s. On this side, the product side there&#x27;s one magnesium and only one oxygen. So the question is, what happened to that other oxygen? Was it destroyed? But really, the correct balance equation is found by changing the mole ratios, or the coefficients become in front of each substance. So while it&#x27;s still a magnesium reacting with oxygen to make magnesium oxide, we change the ratios here, the coefficients to say two moles of magnesium react with one mole of oxygen to make two moles of magnesium oxide, and you can see on this side there are two magnesium and to oxygen&#x27;s and on this side, because the two is a multiplier For each. There are two magnesium and to oxygen&#x27;s. So in the balanced equation you can see that all Adams are accounted for and the Law of Conservation of Mass is followed.

Problem

Below is a chemical equation along with a verbal …

Problem 2 Easy Difficulty

Explain how the law of conservation of mass applies to garbage.

Answer

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