Suppose a system of two particles, represented by circles, have the possibility of occupying energy states with 0, 10, or 20 J. Collectively, the particles must have 20 J of total energy. Are there any other energetically equivalent configurations?

Question

10-07-2020
Chemistry

contestada

Suppose a system of two particles, represented by circles, have the possibility of occupying energy states with 0, 10, or 20 J. Collectively, the particles must have 20 J of total energy. Are there any other energetically equivalent configurations?

Respuesta :

Otras preguntas

Find an equation for the line perpendicular to y=−1/7x+2 with x-intercept at x = -7. Write your answer in the form y=mx+b. y=

"ella las come todos los dias" correct or incorrect

What elements are in A and B?

Is f(x)=x(x+5) a linear function?

Question: Should volunteering be required to graduate high school? I need to know what would be an effective claim for this topic..... examples are allowed.

The sum of measures of alternate interior angles of two parallel lines is 210°. What are the measures of these angles?

why do all atoms of an element have the same atomic number, although they may have different mass numbers?

Clutter on the stairs has no affect on the risk of tripping and falling. (4 points) Question 6 options: 1) True 2) False

When you use To define a word you should use nouns to define nouns, verbs to define verbs and adjectives to define adjectives. Homonyms Antonyms Classific

Solve equation -4a/5-8=2

Busiyijide Busiyijide · Answer 1 · 2020-07-11T03:02:27+02:00

Answer:

Explanation:

The possible energy states for the particles are 0, 10 and 20 J.

The constraint in the system is that the total energy of the particles must be 20 J.

One given configuration where the total energy is 20 J is if both the particles occupy the 10 J state.

Hence, (10;10) is the given configuration.

Another possibility is if one of the particle is in 0 J state and another is in 20 J state. Hence, the system has a total energy of 0+20 = 20 J.

Hence, the possible configuration can be written as (0;20) or (20;0) which are energetically equivalent to the given configuration. Note that if the circles are indistinguishable, then the configuration (0,20) and (20,0) is the same thing.