Physics · Heat and Thermodynamics
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For all irreversible processes. The entropy of the system:
- A
Decrease
- B
Remain same
- C
Zero
- D
Increase
When it comes to irreversible processes, the entropy of the system tends to increase. This is because irreversible processes involve the dissipation of energy and the generation of waste or heat. These processes lead to a more disordered state, which is associated with an increase in entropy. In simpler terms, irreversible processes make things more messy and chaotic, increasing the overall disorder of the system.
False!When it comes to irreversible processes, the entropy of the system tends to increase. This is because irreversible processes involve the dissipation of energy and the generation of waste or heat. These processes lead to a more disordered state, which is associated with an increase in entropy. In simpler terms, irreversible processes make things more messy and chaotic, increasing the overall disorder of the system.
False!When it comes to irreversible processes, the entropy of the system tends to increase. This is because irreversible processes involve the dissipation of energy and the generation of waste or heat. These processes lead to a more disordered state, which is associated with an increase in entropy. In simpler terms, irreversible processes make things more messy and chaotic, increasing the overall disorder of the system.
False!When it comes to irreversible processes, the entropy of the system tends to increase. This is because irreversible processes involve the dissipation of energy and the generation of waste or heat. These processes lead to a more disordered state, which is associated with an increase in entropy. In simpler terms, irreversible processes make things more messy and chaotic, increasing the overall disorder of the system.
When it comes to irreversible processes, the entropy of the system tends to increase. This is because irreversible processes involve the dissipation of energy and the generation of waste or heat. These processes lead to a more disordered state, which is associated with an increase in entropy. In simpler terms, irreversible processes make things more messy and chaotic, increasing the overall disorder of the system.
Tagged under Physics · Heat and Thermodynamics · 2023