how-can-you-determine-how-much-product-you-can-make-from-two-compounds-2

Name: how can you determine how much product you can make from two compounds 2
Uploaded: 2020-10-18
Duration: 2 min 29 s
Channel: Numerade
Description: How can you determine how much product you can make from two compounds?

Question

How can you determine how much product you can make from two compounds?

David Collins · Accepted Answer

to determine how much product you can make from two compounds. Let&#x27;s say that we have two compounds that all identify as a and be, and we will make product. See typically what we have to do is we have to take the mass A and converted into moles a using the molar mass of a. Then we can go from moles, a two moles product using this toy geometry of the reaction. In this case, it&#x27;s one toe one. Then we can go from moles of the product to mass of the product using the Moller Mass of the product. But we can&#x27;t just do it for one reacting, because there&#x27;s another reactant involved for which we know a mass or an amount. So we&#x27;ll go from mass of things reacting. Two moles of that reactant similar to what we did with a and this will be the Mueller massive B. Then we&#x27;ll go from moles of B to most of the product and as we can see appear stoke Eom. A tree is to tow one. Then we&#x27;ll go from moles of C massive C, and we will likely get two different numbers here. The actual amount product that we make is always the smallest amount. So let&#x27;s say that the massive see here was 10 g and the massive see here was 15 g. The mass that the product that we&#x27;re going to make is going to be the smallest one. This is going to assume that all of all of a is consumed completely to make 10 g of C, but it be can actually make 15 g of C. Then B is in excess will end up having extra B that is left over when all of a is consumed. A is what we call the limiting reacting.

David Alvarez-Carbonell · Answer

say that you have a chemical reaction in which two substances are mixed together React. I&#x27;m converted to substance See, So something a MB react I&#x27;m pretty you substance e in order to no the mass of the products form way First of all, to know the identity I don&#x27;t see knowing the identity off See, we will be able tow no to calculate the mortar mask off soup Knowing the mourner mass off see well allows to convert the moles being to mass or grounds Remember that Mourner Mast is given in grams on number three We need to know the more racial off at least one reactant to the product In these hypothetical case we need to know the more racial off A to C war off B to see

Sharfa Farzandh · Answer

to calculate the mass off product first will require the story que magic equation after, um, product formation from the captains. Um, if you&#x27;ll really need the, um, most of reactions he used up in the reaction from that we can figure out the limiting you happened and from the strike Yongmin through thick and in their mind, the most off, uh, goes off product formed. And finally, we will need the molecular mass off the product. You did the mind the mass off the product from. Thank you for that for this question.

Lindsey Smaka · Answer

explain how you can determine the number of atoms or ions and given mass of a compound. Ah, so the truth in this case, we have x grams of some compound. Then what you need to do is convert the mass two moles. So I am going to find them alarm ass of my compound and convert to malls that way crams Ansel&#x27;s. Then multiply the number of moles by the ratio of number of atoms or ions and one bulls. So, for example, if I have, um, and a B l for every one mole of an A CEO, I get one mole of an A. Then I need to multiply by that ratio. So for everyone more of an A c o. I have one mole of any just honey. What I can dio is I multiply by Allah God Rose number and I get Adams

Stephen Ho · Answer

assume we have a situation that we have to react in for simple eh? And b, they&#x27;re going to undergo reaction to form one called it. So for this type of reaction, naturally, we have, ah, see emphasis, reaction. The definition of synthesis reaction is that when we have multiple, we had reactions, they combining in the shoulder and the reformers reported So we have to get into one. Put it, Dan, if you have a same is this reaction?

Rikhil Makwana · Answer

I have one. This is Ricky, and today we&#x27;re working on problem number 13 from chapter three. And we&#x27;ll be talking about how we can use the chemical formula of a compound to determine how much of in element these present, innit? All right. And so I think the easiest way to do this is too. Start off with an example and talk through each about talk through what a chemical formula represents. And, um, we can finish off why this is such an important tool in chemistry in biochemistry. All right, so let us start with something like water each too. Oh, So the chemical formula represents the ratio of moles of each Adam present in compound. And so what h 20 is telling us is that for every one oxygen work for every other for few one mole of oxygen there will be two moles of hydrogen present. So chemical formulas allow us to see and Mueller ratios of elements President. We can then use this information to calculate, given we know the amount of water present we can calculate in moles of oxygen that are present Melissa hydrogen that a president in a given compound and Then we can convert this to the atomic mass of oxygen, the tongue, massive hydrogen president in the given compound. And so a general relationship can be found between B. So if we start, for example, with the amount uh, a compound. So, for example, say we have 18. 22 0 grams of water. We can convert that to molds of compound using the molecular mass. So 18 grams hydration if water bad. There is one more of water. Her every 18 want o grams. So we have Damn. Damn it, Stan. Bam! We now know we have one mole hose water, and that can be further broken down because we have one mole off water element for every one water we have to moles of hydrogen. So in 18 grams of water, we have two moles of hydrogen. And now we can calculate the mass of element in a compound because two moles hydrogen. There&#x27;s 1.1 grams of hydrogen in one mole, and so we get then 18 grams of water. We have 2.2 grams of hydrogen. Now you may ask, So what? You know who cares? Well, it&#x27;s really important that we can understand these different Moeller relationships. Um, and I&#x27;ll just throw out a few examples where this is really important. Um, for example, pharmaceuticals, when you&#x27;re making different drugs or medicines, you need to understand how much of what goes into a compound so that you can maximize the efficacy of the compound while minimizing waste reaction product. And so this can really pharmaceuticals, um, anything really chemistry related. Anything chemistry related, where were synthesizing, uh, or breaking down something. And it&#x27;s a very, very powerful ability to be able to understand these relationships because it allow you to solve a lot of problems that you&#x27;ll find in your chemistry classes. So I hope this video is helpful and I see him the next one.

Problem

What is percent yield?

Problem 1 Easy Difficulty

How can you determine how much product you can make from two compounds?

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