What will the total energy of the molecules in this system be when the system reaches equilibrium?
Sample A Sample B
A. 3+2+2+1+2+3+2+1=16
B. 5+5+5+5=20
Write the answer in number only.
To determine the total energy of the molecules in the system when it reaches equilibrium, we need to add up the energy values of each molecule in the system.
From the given options, we have:
Sample A: 3+2+2+1+2+3+2+1 = 16
Sample B: 5+5+5+5 = 20
Therefore, the total energy of the molecules in the system when it reaches equilibrium will be:
A. 16
What units do these numbers have? Do you have an equation that goes with them. What unit are you studying and do you have a sample problem like this. I've not seen a problem like this in my career of MANY years.
What will the total kinetic energy of the molecules in this system be when the systems reaches equilibrium
Please look at Sample A and Sample B. There is the numbers. The questions are... 1.What will the TOTAL kinetic energy of the molecules in the system be when the system reaches EQUILIBRIUM?
2. What will the AVARAGE kinetic energy of the molecules in this system be when it reaches equilibrium? Only Write The Number