- #1
big_bounce
- 102
- 3
Hello Pf's members
Suppose we isolated a methane's molecule at a room with 213 kelvin.
According to second law, methane's molecule tends to break it's bond for reaching whole system (methane's molecule and surroundings) to maximum entropy.
On the other hand for breaking these bonds we need energy but system is isolated and no external energy can income to the room.
Question:
If we have unlimited time , can methane break it's bonds Eventually?
Suppose we isolated a methane's molecule at a room with 213 kelvin.
According to second law, methane's molecule tends to break it's bond for reaching whole system (methane's molecule and surroundings) to maximum entropy.
On the other hand for breaking these bonds we need energy but system is isolated and no external energy can income to the room.
Question:
If we have unlimited time , can methane break it's bonds Eventually?