Why isn’t an asteroid wobbly like jello?
I just saw a talk by Neil Degrasse Tyson on this issue. Asteroids are non-Newtonian solids. The may very well behave like jello.
The Short Answer
I just saw a talk by Neil Degrasse Tyson on this issue. Asteroids are non-Newtonian solids. The may very well behave like jello. They might be a hard, solid rock, but they may also be a collection of small rocks that are held together by its own weak gravity. We simply don't know with any given asteroid.
Analysis
Key Concepts: Talk, neil, degrasse
This explanation focuses on talk, neil, degrasse and spans 57 words across 5 sentences. The depth is typical for Space & Astronomy questions (category average: 68 words), striking a balance between accessibility and completeness.
What This Answer Covers
The explanation opens with: “I just saw a talk by Neil Degrasse Tyson on this issue.” It then elaborates by presenting a contrasting perspective, ultimately building toward a complete picture across 5 connected points.
How This Compares in Space & Astronomy
Ranked #271 of 500 Space & Astronomy questions by answer depth (top 55%). This is in the concise tier — a focused explanation that prioritizes clarity over exhaustiveness. Many readers prefer this level of directness.
Frequently Asked Questions
Is there a simple explanation for why an asteroid wobbly like jello?
I just saw a talk by Neil Degrasse Tyson on this issue. Asteroids are non-Newtonian solids. The may very well behave like jello. They might be a hard, solid rock, but they may also be a collection of small rocks that are held together by its own…
How detailed is this explanation compared to similar Space & Astronomy questions?
This is a focused answer at 57 words, ranked #271 of 500 Space & Astronomy questions by depth. The key concepts covered are talk, neil, degrasse.
What approach does this answer take to explain an asteroid wobbly like jello?
The explanation uses contrasting perspectives across 57 words. It is categorized under Space & Astronomy and addresses the question through 1 analytical lens.