Why is the range from boiling to “absolute hot” much, much longer than the range from freezing to absolute cold?
The real question you should be asking is, "why do temperatures that we as humans frequently interact with (such as those from the freezing to boiling point of water) fall so much closer to the low end of observable temperatures in the universe?". The answer to this question is that, in order for…
The Short Answer
The real question you should be asking is, "why do temperatures that we as humans frequently interact with (such as those from the freezing to boiling point of water) fall so much closer to the low end of observable temperatures in the universe?". The answer to this question is that, in order for solid matter to exist, the system can't be too hot. As more heat is added to a system the molecules gain more kinetic energy and intermolecular bonds break, which doesn't allow for solid matter to exist.
Analysis
Key Concepts: Question, temperatures, solid
This explanation focuses on question, temperatures, solid and spans 89 words across 3 sentences. At 24% above the average Science explanation (72 words), this is one of the more thorough answers in this category, reflecting the complexity of the underlying question.
What This Answer Covers
The explanation opens with: “The real question you should be asking is, "why do temperatures that we as humans frequently interact with (such as thos” It then elaboratesultimately building toward a complete picture across 3 connected points.
How This Compares in Science
Ranked #160 of 500 Science questions by answer depth (top 33%). This falls in the detailed tier — above average depth. The explanation goes beyond surface-level but keeps things accessible.
Frequently Asked Questions
Is there a simple explanation for why the range from boiling to "absolute hot" much, much longer than the range from freezing to absolute cold?
The real question you should be asking is, "why do temperatures that we as humans frequently interact with (such as those from the freezing to boiling point of water) fall so much closer to the low end of observable temperatures in the universe?"….
How detailed is this explanation compared to similar Science questions?
This is an above-average answer at 89 words, ranked #160 of 500 Science questions by depth. The key concepts covered are question, temperatures, solid.
What approach does this answer take to explain the range from boiling to "absolute hot" much, much longer t?
The explanation uses direct explanation across 89 words. It is categorized under Science and addresses the question through 1 analytical lens.