Answer:
-- increase in entropy
-- second law of thermodynamics
Step-by-step explanation:
The 1st law of thermodynamic states that there is conservation of energy, i.e. we cannot create energy and we cannot destroy energy also in an isolated system.
The given example is not a representative of the 1st law.
The states that there is a natural tendency of an isolated system to into a more Before dropping the notes and papers were in an isolated ordered system.
After dropping the papers scattered and did not remain in a stack position. It moves into a more disordered state.
Begore dropping down the notes and papers, they were in a stable position, i.e. no kinetic energy is there. No randomness when the notes and the papers were dropped. There is an increase in kinetic energy. There is randomness among the molecules by bombardment. So there is an increase in entropy.
Thus, above illustrations represents :
- an increase in entropy
- the second law of thermodynamics
Answer:
(1,1);(11,1);(6,6);(6-4)
Step-by-step explanation:
The easiest way to do is add or subtract 5 to the x or y value.
(Btw, how can 3,200 move away if only 2,500 in the town? Are you sure it isn't the other way around? The answer is still the same) 2500 to 3200 The change is 700, so you do 700/2500= 0.28. Turn that to a percent and the answer is 28%
Answer:
32323232/100000000
Step-by-step explanation:
The first graph would be your answer. I hope this helps love! :)