Define equillibrium no matter what concentrations of product

Reference no: EM13504901

Why does G always decrease as you move towards equillibrium no matter what concentrations of product and reactant you start with? or does it always decrease?

Reference no: EM13504901

Questions Cloud

Compute the machine hours needed to produce one unit : Compute the machine hours needed to produce one unit of each product and determine the contribution margin per machine hour for each product.

Define sodium stearate is constantly being exposed to air : If air contains ~380 ppm of CO2. the sodium stearate is constantly being exposed to air. Why does the sodium stearate still work in the presence of air

Discuss the interrelationship between labor conflict-racism : Discuss the interrelationship between labor conflict and racism with regard to the chinese, japanese, and filipinos.

Determine the friction force on the bottom of the spool : A spool of wire of mass 6.9 kg and radius 0.28 m is unwound under a constant wire tension 15 N. Assume the spool is a uniform solid cylinder that rolls without slipping. Find the friction force on the bottom of the spool

Define equillibrium no matter what concentrations of product : Why does G always decrease as you move towards equillibrium no matter what concentrations of product and reactant you start with. or does it always decrease

Find how far did the center of mass of the real system move : Two identical 0.13 kg blocks (labeled 1 and 2) are initially at rest on a nearly frictionless surface, connected by an unstretched spring, How far did the center of mass of the real system move

Compute the sample mean and standard deviation : Compute the sample mean and standard deviation (show all steps and formulas). Compute the estimated standard error of M. (show all steps and formulas).

How much work is done on the point-particle system : A runner whose mass is 55 kg accelerates from a stop to a speed of 8 m/s in 3 seconds. How much work is done on the point-particle system by this force

Evaluate the ph of the resulting solution : Consider the titration of 100ml of .100M H2NNH2 (Kb=3.0*10^-6) by .200 M HNO3. Calculate the pH of the resulting solution after the following volumes of HNO3 have been added

User Account

All Pages