Answer : The number of moles of 
and 
at equilibrium is, 1.75 mol and 0.87 mol respectively.
Explanation :
The given chemical reaction is:
Initial mol. 3.67 1.83 0
At eqm. (3.67-2x) (1.83-x) 2x
As we are given:
Number of moles of 
at equilibrium = 1.92
That means,
2x = 1.92
x = 0.96 mol
Number of moles of at equilibrium = (3.67-2x) = [3.67-2(0.96)] = 1.75 mol
Number of moles of at equilibrium = (1.83-x) = (1.83-0.96) = 0.87 mol
Thus, the number of moles of and at equilibrium is, 1.75 mol and 0.87 mol respectively.
This is answer open this image I am not sure is this wright
Based on a scene showing a physical change in a piston-cylinder assembly, the thermodynamic numbers indicated below are 760 torr 760.
<h3>What elements make up the first rule of thermodynamics?</h3>
The first law of thermodynamics states that the following equation describes how the change in internal energy relates to the heat exchanged by the system and the work performed on or by the system: U = Q + W, where Q represents the heat energy that the system exchanged.
<h3>What are the thermodynamic quantities' two components?</h3>
Extensive and intensive thermodynamic quantities are traditionally separated into these two categories. While intensive quantities are independent of system size, extensive quantities grow linearly with system size.
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Answer:
When ionic solutes are dissolved in water, the molecules of water pull the ions of the crystal apart and the electrostatic forces are cut off. Further the ions are surrounded by the water molecules which act as a barrier around the ions and prevent the recombination of ions.
Explanation:
Sorry, this isn't my answer. I got it from google, but I hope it helps!
:))
Answer: ya this one
Explanation: this is the one
