State what is the ratio of equilibrium constants

Reference no: EM13186802

One reaction has a standard Gibbs free energy of -320 kJ/mol and a second reaction has a standard Gibbs free energy of -55 kJ/mol. What is the ratio of their equilibrium constants at 300 K?

Reference no: EM13186802

Questions Cloud

Explain what is the molar mass of the solute : nonionic solute in 50.0g of water. The solution freezes at -0.1455 degrees C. what is the molar mass of the solute?

Find out the limiting reagent : Determine the limiting reagent. (b) after the reaction has gone to completion, calculate the concentration of all species in the reaction

State 1erlenmeyer flask by blowing out the sample : a student carried out the experiment but did not follow the directions exacly as written. What effect would the following actions have on the experiment ?

Explain first drop of oleic acid/benzene solution : When performing your experiment, you add your first drop of oleic acid/benzene solution, and a lens forms immediately.

State what is the ratio of equilibrium constants : a second reaction has a standard Gibbs free energy of -55 kJ/mol. What is the ratio of their equilibrium constants at 300 K?

Compute gibbs free energy when benzene is heated : Calculate the change in its standard molar Gibbs free energy when benzene is heated from 25 ºC to 45 ºC.

Compute the change in molar gibbs free energy : Calculate the change in molar Gibbs free energy of tristearin when a deep-sea creature is brought to the surface (p = 1 atm) from a depth of 1.5 km. The density of sea water is 1.03 g/cm-3.

How to market and understand something : When introducing a product to another country or culture you have to be careful to not offend anybody. Things seen here and done here may be offensive elsewhere. Things here may need to be altered slightly to sell and be presentable in other pla..

Magnesium hydroxide is merely very slightly soluble in water : Magnesium hydroxide is only very slightly soluble in water. The reaction by which it goes into solution is: Mg(OH)_2 (s) Mg^2+ (aq) +2 OH- (aq)

User Account

All Pages