plants-synthesize-the-sugar-dextrose-according-to-the-following-reaction-by-absorbing-radiant-ener-2

Question

Plants synthesize the sugar dextrose according to the following reaction by absorbing radiant energy from the sun (photosynthesis).
$$6 \mathrm{CO}_{2}(g)+6 \mathrm{H}_{2} \mathrm{O}(g) \rightleftharpoons \mathrm{C}_{6} \mathrm{H}_{12} \mathrm{O}_{6}(s)+6 \mathrm{O}_{2}(g)$$
Will an increase in temperature tend to favor or discourage the production of $\mathrm{C}_{6} \mathrm{H}_{12} \mathrm{O}_{6}(s) ?$

Stephanie L · Accepted Answer

and this problem will given the following equilibrium reaction and ask what will happen to the equilibrium if we increase the temperature. So whenever we want to consider the effect of temperature on an equilibrium reaction, we need to know whether the reaction is endo thermic or extra thermic. And in this case, the question says that the reaction absorbs energy, and so that means died. The reaction is endo thermic, since heat is a form of energy. Nice. So it absorbs heats. And it&#x27;s useful to writing heat as either a reactant or product when considering the effect of temperature. And so in this case, he is a reactive, since it is consumed as the reaction progresses. Now, in this question, we&#x27;re asked what happens if we increase the temperature and we can think about increasing the temperature as adding Keach? And so if we look at the chemical equation and we increased humor heat just like any other products or reactant in a glib in reaction, unless it&#x27;s a solid or liquid, if we increase its amount, the equilibrium has been a shift away from it in order to consume its and established equilibrium. So now this new equally Brandon since the equivalent cost that is going to change because we&#x27;re changing temperature this year. Kilogram will have more products and less reactions compared to the lower temperature. And so, in terms of the answer, it&#x27;s gonna favor the production. Um, Dexter&#x27;s.

Angela Deane · Answer

in this video, we will discuss the photosynthesis equation And what would happen, uh, doing to deforestation, which, sadly, has been happening for quite some time. So I went ahead and put up the photosynthesis equation. Not so. Plans basically make starch. And we have six miles of carbon dioxide with six bowls of water and we&#x27;ll end up with six moles of glucose and six hours are one more glucose, six moles of oxygen. He&#x27;d add that six there. Kobe soon. Um, but question is again, um, what is the consequence of deforestation? Ultimately, you have a decline in trees. Um, when it comes to the chemical equation or chemical reactions going on in our environment Ahh, the CEO to would not be removed from the atmosphere, since the 02 is required to start the photosynthesis process or it&#x27;s a big part of the voters of this is process also a another negative consequences that oxygen or element oxygen that mammals breathe is generated as a result of photosynthesis. So that would be declining as well. Ah, so the 39 things are here. We have a decline in trees being, uh, regenerated. Basically, when these trees were removed or production or industry. And we&#x27;re essentially we&#x27;re declining the removal of carbon dioxide in which we know is a greenhouse gas. And then, of course, we&#x27;re not getting, um, if this reaction doesn&#x27;t happen, Rikers much, we will lose oxygen that&#x27;s regenerated through that process.

Jamie Huang · Answer

Um So for this question, we see the equation. The off the phone with instances the equation six carbon oxide plus six water molecules. Transfers into glucose and oxygen. So plants are able to carry out this full of sentences and were to produce oxygen, which is the life of central of human beings. We breathe in oxygen and we breathe out covered dioxide. So if there are too much carbon dioxide in the atmosphere, um, it would trap more.

Charotte Mcadam · Answer

So here we&#x27;re just looking out Photosynthetic plants In the following equation we have C six c o to add six h 20 generates six C six h, 606 on 602 So here we have carbon dioxide water glucose on oxygen. So the numbers before each off the molecules is its strike geometric value. So this reaction is known as the foe. So synthetic reaction so forest are able to eliminate carbon dioxide from the atmosphere. The forest utilizes our carbon dioxide and water in order to produce other energy forms like glucose. As we&#x27;ve mentioned in our equation, this process also produces oxygen. Obviously, the formula for oxygen is 02 So it more trees, we have less carbon dioxide and therefore we have a reduced greenhouse effect.

David Collins · Answer

In this question, it describes green plants synthesizing glucose by photosynthesis. As shown in the reaction of six most carbon dioxide with six months water producing one more glucose and six moles of oxygen. But then animals consume the glucose and in the process the glucose reacts with oxygen, six moles oxygen producing six moles carbon dioxide and six moles liquid water. It then mentions that if we were to assume that both of these processes occur to the same extent in a sigh click process, what thermodynamic property must have a non zero value? Well, in order for the entire process to occur in a continuous cycle, IQ fashion Than Delta as universe must be greater than zero. Delta&#x27;s universe describes all natural processes and combinations of processes such as this one, which could be considered a single process. So for the nets I click process, we must have a non zero or positive deltas universe.

Carlene Jimenez · Answer

this question wants to know how many grams of carbon dioxide are required in order to produce 5.1 grams of glucose. So this is the variable we want to figure out and in order, start answering this question. It is useful to first determine the molecular weights of the compounds evolved so the molecular weight of carbon dioxide can be calculated by taking the some of the weight of a carbon atom and two oxygen atoms. And that weight is 44 point own one grams per mole. And the molecular weight of glucose, um, can be similarly calculated by taking the weight of six carbon atoms, 12 hydrogen atoms and sex oxygen atoms, um, to a sum total of 101 180.18 grams per mole. So first we must determine the number of more a mole of glucose in 5.1 grams. And we can do this by dividing that weight by the molecular weight of glucose. And that tells us that there are 0.28 mole of glucose at one point in 5.1 grams of glucose. No, we want to know the number of mole of carbon dioxide required to produce 0.218 mol of glucose. And this is just these ah, psycho metric conversion using the ratios with which each re agent and product is consumed, um, and or produced um, So we multiply the number of mole of glucose, which is your 10 to 8, and we multiply it by the ratio with which glucose is produced in this reaction, which is one well, glucose for every six mol of carbon dioxide. So that means that we need 0.1698 MOL carbon dioxide in order to produce here 10 to 8 mol of glucose. And this question wants us to report the amount of carbon dioxide needed Ingram&#x27;s So we can do that by multiplying the number of mole of carbon dioxide we need in order to produce that amount of glucose. I mean, multiply it by the molecular weight of carbon dioxide, which is 44.1 grams per well, and that gives us a total of 7.47 grams of carbon dioxide required in order to produce 5.1 grams of glucose

Problem

Consider the exothermic reaction $$\mathrm{CO}(g…

Problem 41 Easy Difficulty

Answer

favor the production of dextrose

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Steven S. Zumdahl, Donald J. DeCoste

Introductory Chemistry

Theodore D.

Lizabeth T.

Allea C.

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Liquids - Intro

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favor the production of dextrose

Introductory Chemistry

Theodore D.

Lizabeth T.

Allea C.

Jacquelin H.

Liquids - Intro

Comparison Of Gases Liquids And Solids

Steven S. Zumdahl, Donald J. DeCosteIntroductory Chemistry

Theodore D.

Lizabeth T.

Allea C.

Jacquelin H.

Steven S. Zumdahl, Donald J. DeCoste

Introductory Chemistry