for-the-general-reaction-agbgtext-heat-rightleftharpoons-cg-would-an-increase-in-temperature-tend-to

Question

For the general reaction
$$A(g)+B(g)+	ext { heat } ightleftharpoons C(g)$$
would an increase in temperature tend to favor the forward or the reverse process? Why?

Stephanie L · Accepted Answer

so this question were considering the following equilibrium equation. And we want to know what&#x27;s gonna happen when we increase the temperature in terms of which direction is gonna be favored, the forward or the reverse direction so we can think about increase in the temperature? I asked, adding heat. Essentially, we&#x27;re increasing the amount of heats right now if we use common settlers. Principal logic Anytime we increase daemon is something in a chemical equation. Unless it&#x27;s a solid or liquid, the reaction isn&#x27;t a shift away from it to consume. It means, in this case, the rational leadership to the rights. And so because it shifts to the right, that means that the Ford process his favorite.

Matthew Confer · Answer

The important thing to think about in this question is that you have two moles of gas on the react inside and one mole of gas on the product side. We also know from gas laws that as you increase temperature, you increase pressure and, um, assuming that volume remains constant, which in this case it does because this is in a sealed, rigid container. So as you increase the temperature, you will also increase your partial pressures as you increase the pressure. It will want to default and decrease the pressure back down by shifting toward the products. So increasing temperature in this case will actually increase um, K e Q. Because it will want to go farther toward the products to relieve some of the pressure that it&#x27;s generating.

Charotte Mcadam · Answer

so they were just going to be taking a father. Look out. The shuttle is principle. However, now just looking at this in the context of equilibrium alone, we will be taking a look. Some sama dynamics with our end Islamic and excess sonic. So this is a principle that tells us when a chemical system is measured. To be at equilibrium is to starved on the system with an shift in a direction in order to minimize that disturbance. So the reaction were looking at here is carbon and CEO to generates two units to strike you metric coefficient while you are carbon monoxide. So now we&#x27;ve got some considerations of some changes to the system and how this will. In fact, the equilibrium in accordance with the shot is principle. So if we increase the temperature off on endo thermic reaction that is at equilibrium, we are adding heat to a system, and in turn, this will make the reaction proceed in the direction to the right hand side off the chemical equation. If we decrease the temperature oven, understand Mick reaction that is at equilibrium, we are than taking heat from the system, which in turn makes this reaction to proceed in the left direction to wards are starting materials

Anatole Borisov · Answer

whenever the temperature of a reaction is increased. That means that the average kinetic energy of the molecules increase. That is what the definition of temperature is. And so if the average can guarantee of all the molecules increases, that means the velocity of the molecules also increases. And so if the velocity increases, that means to react him All kills A and B are going to run around faster, and so they&#x27;ll collide with each other more often and with more energy. And both of those are factors that increase the rate of yeah.

Charotte Mcadam · Answer

look at the shop, this principle. So this is a principle that tells us when a chemical system down his measure to be at equilibrium is disturbed. That assistant will then shift in a direction in order to try and minimize that disturbance on retained the position of equilibrium prowess prior to disturbance. So rather than just looking at our chemical equilibrium content, as we have so far, we&#x27;re now introducing thermodynamic terms. So we&#x27;ve been considering our end. Osama cannot access Amick reactions in the context of chemical equilibrium just increased the complex See off the scenarios we&#x27;re looking out in order to increase our understanding on ability to provide solutions to potential scenarios. So our example here we have I two is in equilibrium with two I. So we have the diatonic Iady in is in equilibrium with the mod atomic Iady. So if we increase the temperature, oven and Islamic reaction, that is an equilibrium, we are adding heat to the system, which in turn makes the direction proceed to the right. So when I mean left on right, we&#x27;ll draw some hours to aid my description. If we&#x27;re moving to the laughter, then we&#x27;re moving to the reactant side, and if we&#x27;re moving to the right, then we&#x27;re moving to the product side. So if we then decrease the temperature off the under thermic reaction that is at equilibrium, we are, as a result, taking heat away from that system, which in turn makes the reaction proceed in the left direction.

Stephanie L · Answer

So this question were given the following at glitter reaction and were asked what&#x27;s gonna happen if we increase the temperature? So whenever you&#x27;re considering the effect of temperature on and a glittering reaction, we need to know whether the reaction is under thermic or exo thermic. In this case, they tell us that the reaction is extra thermic betweens that he is released. No, it is hopeful. If you&#x27;re right, he as either a product or reacted whenever we&#x27;re considering the effect of temperature. And so in this case, because he is released or heat is produced, we&#x27;re gonna write heat as a product. Now we can think about increasing the temperature and as adding heats right now, using normal ish of US principle logic. If we add heat rent, increase the amount of heat, the reaction is in a shift away from it to consume it. So in this case, the equilibrium position, the shifts tours, the reactions

Problem

The reaction $$\mathrm{C}_{2} \mathrm{H}_{2}(g)+…

Problem 38 Easy Difficulty

For the general reaction
$$A(g)+B(g)+\text { heat } \rightleftharpoons C(g)$$
would an increase in temperature tend to favor the forward or the reverse process? Why?

Answer

tend to favor the forward process

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tend to favor the forward process

Introductory Chemistry

Lizabeth T.

Allea C.

Jacquelin H.

Jake R.

Liquids - Intro

Comparison Of Gases Liquids And Solids

Steven S. Zumdahl, Donald J. DeCosteIntroductory Chemistry

Lizabeth T.

Allea C.

Jacquelin H.

Jake R.

Steven S. Zumdahl, Donald J. DeCoste

Introductory Chemistry