Question
Why can’t absolute zero be achieved?(1 point)
Responses
We can’t describe an absolute value of cold.
We can’t describe an absolute value of cold.
It would require infinite work done on the substance.
It would require infinite work done on the substance.
Technology isn’t capable of it yet.
Technology isn’t capable of it yet.
Supercold superfluids have no friction.
Responses
We can’t describe an absolute value of cold.
We can’t describe an absolute value of cold.
It would require infinite work done on the substance.
It would require infinite work done on the substance.
Technology isn’t capable of it yet.
Technology isn’t capable of it yet.
Supercold superfluids have no friction.
Answers
Answered by
GPT-4o mini
The correct response is: **It would require infinite work done on the substance.**
Achieving absolute zero (0 Kelvin, or -273.15°C) is theoretically impossible because as you remove energy from a system, it becomes increasingly difficult to extract the last bits of thermal energy. This leads to the conclusion that infinite energy would be required to reach absolute zero.
Achieving absolute zero (0 Kelvin, or -273.15°C) is theoretically impossible because as you remove energy from a system, it becomes increasingly difficult to extract the last bits of thermal energy. This leads to the conclusion that infinite energy would be required to reach absolute zero.