Why our voices sound so different than what we think they sound like
When something 'makes' a sound (a tree falling, or lightning striking), it does so by causing particles to bump into each other, then those particles bump into more particles, etc etc outward in all directions until they bounce off something. When you speak, the thing making the sound is your voc…
The Short Answer
When something 'makes' a sound (a tree falling, or lightning striking), it does so by causing particles to bump into each other, then those particles bump into more particles, etc etc outward in all directions until they bounce off something. When you speak, the thing making the sound is your vocal cords vibrating. Other people only hear the sound that is created as the wave passes through the particles in the air. You, however, also hear the sound as it moves from your vocal chords through the solid/liquid mass inside your own head.
Analysis
Key Concepts: Sound, particles, bump
This explanation focuses on sound, particles, bump and spans 94 words across 4 sentences. At 45% above the average Everyday Life explanation (65 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: “When something 'makes' a sound (a tree falling, or lightning striking), it does so by causing particles to bump into eac” It then elaborates by presenting a contrasting perspective, ultimately building toward a complete picture across 4 connected points.
How This Compares in Everyday Life
Ranked #121 of 500 Everyday Life questions by answer depth (top 25%). This places it in the comprehensive tier — the top quarter of most thoroughly answered questions. Questions at this depth typically involve multi-faceted topics requiring nuanced explanation.
Frequently Asked Questions
Is there a simple explanation for why why our voices sound so different than what we think they sound like?
When something 'makes' a sound (a tree falling, or lightning striking), it does so by causing particles to bump into each other, then those particles bump into more particles, etc etc outward in all directions until they bounce off something. When…
How detailed is this explanation compared to similar Everyday Life questions?
This is one of the most thorough answer at 94 words, ranked #121 of 500 Everyday Life questions by depth. The key concepts covered are sound, particles, bump.
What approach does this answer take to explain why our voices sound so different than what we think they so?
The explanation uses contrasting perspectives across 94 words. It is categorized under Everyday Life and addresses the question through 1 analytical lens.