CHEMITRY HELP!!! Gibbs Free Energy: Equilibrium Constant!!? |

CHEMITRY HELP!!! Gibbs Free Energy: Equilibrium Constant!!?

August 18th, 2010

admin

Calculate the equilibrium constant for the reaction of nitric oxide formation at room temperature, 25 degrees C. The reaction N2 (g) + O2 (g )—> 2NO (g). Gf Delta NO (g) is 87. 6 kJ / molGf delta for both O2 and N2 gas is equal to zero delta G is just 2 * 87. 6 * 1000 = 175200JJ’ai used the formula =- deltaG RTlnK and solved for K.175200J / – (8. 314 * 298) = e ^ I did lnkPuis 175200J / – (8. 314 * 298)) = K but I K = 1. 95 × 10 ^ -31, but its telling me that it is wrong. Can anyone tell me where I am wrong. Someone please help me!

Related posts:

Posted in Nitric Oxide Supplement

Tags: "calculate the equilibrium constant for the reaction at " nitric oxide, "calculate the equilibrium constant for the reaction" o2, "estimate the equilibrium constant at 298 for the equilibrium", 2no(g) o2(g) calculate delta g rxn, alculate the equilibrium constant for the reaction forming nitric oxide at room temperature, 25 degrees c., at 25 c the equilibrium for the reaction n2 o2, calculate delta g at 25 c 2no o2, calculate delta g for n_2 o_2 > 2no, calculate delta g for this reaction at 25 c under the following conditions, calculate delta g for this reaction at 298 k n2, calculate delta g for this reaction at 298 k. n2(g) o2(g) 2no(g), calculate delta g of n2 o2= 2no at 25 degrees celcius, calculate delta g of n2(g) o2(g) 2no(g), calculate equilibrium constant at 25 degree celcius, calculate equilibrium constant for reaction forming nitric acid at 25 degrees, calculate equilibrium constant nitric oxide 25, calculate for this reaction at 25 under the following conditions., calculate g for this reaction at 25 under the following conditions:, calculate gibbs free energy for n2 o2, calculate gibbs free energy for the following reaction at n2 o2, calculate the equilbrium constant for the reaction forming nitric oxide at room temperature, calculate the equilibrium constant at 25°c, calculate the equilibrium constant for each of the followingreactions at 25 degrees c, calculate the equilibrium constant for each of the reactions at 25, calculate the equilibrium constant for each of the reactions at 25 . o2, calculate the equilibrium constant for each of the reactions at 25 c., calculate the equilibrium constant for each of the reactions at 25 degrees, calculate the equilibrium constant for each of the reactions at 25 degrees c, calculate the equilibrium constant for reaction at 25, calculate the equilibrium constant for the following reaction at 25 c, calculate the equilibrium constant for the following reaction at room temperature, calculate the equilibrium constant for the following reaction at room temperature 25 n2 o2, calculate the equilibrium constant for the following reaction at room temperature, 25 :, calculate the equilibrium constant for the following reaction at room temperature, 25 degrees celsius:, calculate the equilibrium constant for the process at room temperature, calculate the equilibrium constant for the reaction, calculate the equilibrium constant for the reaction 2no at a temperature of 298, calculate the equilibrium constant for the reaction at 25 ., calculate the equilibrium constant for the reaction at 25 2no, calculate the equilibrium constant for the reaction at 25 c 2no, calculate the equilibrium constant for the reaction at 25 degree celcius, calculate the equilibrium constant for the reaction at 298, calculate the equilibrium constant for the reaction at a temperature of 298 ., calculate the equilibrium constant for the reaction at this temperature, calculate the equilibrium constant for the reaction forming nitric acit, calculate the equilibrium constant for the reaction forming nitric oxide at room temperature, calculate the equilibrium constant for the reaction forming nitric oxide at room temperature (25 °c)., calculate the equilibrium constant for the reaction forming nitric oxide at room temperature, 25 ., calculate the equilibrium constant for the reaction forming nitric oxide at room temperature, 25 c, calculate the equilibrium constant for the reaction forming nitric oxide at room temperature, 25 celcius, calculate the equilibrium constant for the reaction forming nitric oxide at room temperature, 25 degree c ., calculate the equilibrium constant for the reaction forming nitric oxide at room temperature, 25 degrees c, calculate the equilibrium constant for the reaction forming nitric oxide at room temperature, 25 degrees celcius, calculate the equilibrium constant for the reaction forming nitric oxide at room temperature, 25 degrees celsious, calculate the equilibrium constant for the reaction forming nitric oxide at room temperature, 25 degrees celsius, calculate the equilibrium constant for the reaction forming nitric oxide at room temperature, 25 degreesc., calculate the equilibrium constant for the reaction forming nitric oxide at room temperature, 25degreesc., calculate the equilibrium constant for the reaction n2(g) o2 ( g) ? 2no(g), calculate the equilibrium constant for the reaction that occurs when nitric acid, calculate the equilibrium constant temperature, calculate the equilibrium constants at 25, calculate the equilibrium constants at 25 c for n2, calculate the equilibrium constants at 25 degree c for earch of the follwoing reactions., calculate the equilibrium constants at 25c for each of the following reactions. n2 o2 -> 2 no, calculate the free energy delta g in kj for the following reaction at 298 k. n2(g), calculating equilibrium constant at 25 degrees c, calculating equilibrium constants at ph 7 and temperature 298, calculation of equilibrium constant for the triiodide formation, carbon monoxide nitric oxide equilibrium constant, CHEMITRY, claculate deltag at 298 k for this reaction 2no o2, Constant, delta g degree equilibrium, delta g of formation of n2 gas, determine delta g at the room temperature, determine the equilibrium constant at 25 degrees, Energy, Equilibrium, equilibrium constant at room temperature, equilibrium constant for forming nitric acid, equilibrium constant for nitric acid at room temperature, equilibrium constant for nitric acid formation, equilibrium constant from free energy, equilibrium constant nitric acid room temp, equilibrium constant nitric oxide, equilibrium constant of combustion of n2, equilibrium constant of nitric oxide production, equilibrium constant of nitrogen oxide, equilibrium constant of nitrous oxide, equilibrium constants at 25 degrees celsius carbon, equilibrium constants for combustion of nitrogen oxide, estimate delta g at kelvin n2 o2 2no, estimate temperature for which equilibrium constant is 26, estimate the equilibrium constant at 298 for the equilibrium carbon monoxide gibb, estimate the equilibrium constant at 298 for the equilibrium carbon monoxide poisoning, estimate the equilibrium constant at 298 for the equilibrium for carbon minoxide, for the following reaction: n2 o2 = 2no at room temperature, which side of the reaction is favored?, formation of nitric oxide equilibrium constant, free, free energy of formation nitrous oxide, free energy of the reaction n2 o2 --> 2no, free gibbs energy of formation of nitrogen (ii) oxide, Gibbs, gibbs free energy and equilibrium constant, gibbs free energy equilibrium constant n2 o2-2no, gibbs free energy for nitric acid, gibbs free energy of formation of nitric oxide, gibbs free energy problems n2(g) o2(g)------>2no(g), given 2no o2 calculate the equilibrium constant for the reaction at 25, help, how do i calculate an equilibrium constant at 25 celsius, n2 (g) o2 -> 2 no (g) calculate equilibrium constant from gibbs free energy, n2 02 2no delta g, n2 o2 2no delta s at 298 k, n2 o2 ? 2no gibbs, n2 o2 gibbs energy, n2 o2 to 2no calculate delta g at 298 k, n2 o2-->2no, calculate free delta g, n2 o2---2 no calculte delta g and, n2 o2= 2no, determine gibbs free energy at 298 k, n2(g) o2(g) --> 2no(g) gibbs free energy, n2(g) o2(g) 2no(g) at 25 degrees, delta g is, nitric acid formation constant, nitric acid gibbs energey, nitric acid gibbs free energy, nitric oxide, nitric oxide equilibriun constant, nitrogen oxide equilibrium, nitrous oxide celcius, nitrous oxide gibbs free, o2 n2 2no gibb's free energy, react nitric oxide secrets, reaction forming nitric acid, temperature for nitrous oxide formation, the equilibrium constant for the reaction is 26, the standard free energy of formation of nitric acid, no, at 1000.k calculate the equilibrium constant, triiodide equilibrium gibbs, what is delta g for n2 o2 2no

You can leave a response, or trackback from your own site.

One Response to “CHEMITRY HELP!!! Gibbs Free Energy: Equilibrium Constant!!?”

Dartanian says:

August 18, 2010 at 2:54 am

You are setting it up correctly, but delta G should be rounded off to 1.73×10^5 J, instead of 1.752 ×10^5 J.

Leave a Reply

GNC Sitemap firminite

Powered by WordPress | Buy cheap Android phones online. | Thanks to Palm Pre Blog, Website Hosting and Used Cars