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How bungee cords work, G-forces, stretch science, myths vs facts, and the physics you feel on the way down.

7 articles in Science

Cord Stretch Science: Why the Bounce Feels So Strange
Science

Cord Stretch Science: Why the Bounce Feels So Strange

Why the bungee bounce feels wrong: elastic loading, rebound, damping, and why commercial cords are not classroom rubber bands.

Bungee Jumping Myths: Common Lies People Repeat
Science

Bungee Jumping Myths: Common Lies People Repeat

Cord snap myths, “safe forever” gear, fake fearless advice, and other bungee lies—cut down with operator practice and plain physics.

Bungee Jumping vs Skydiving: Which Hits Harder?
Science

Bungee Jumping vs Skydiving: Which Hits Harder?

Bungee vs skydiving: freefall time, body loads, cost, training, and which adrenaline profile fits you—without fake "winner" science.

G-Forces During a Bungee Jump and What Your Body Feels
Science

G-Forces During a Bungee Jump and What Your Body Feels

What g-forces mean on a bungee: freefall near 0 g, higher loads on the catch, why peaks vary, and what your body is actually doing.

Why Your Legs Shake After a Bungee Jump
Science

Why Your Legs Shake After a Bungee Jump

Shaky legs after bungee are usually leftover adrenaline and muscle tension—not proof something broke. What is normal, what to do, when to get help.

The Physics of a Bungee Fall: Why It Feels That Way
Science

The Physics of a Bungee Fall: Why It Feels That Way

Why a bungee feels weightless, then heavy, then bouncy: freefall, cord stretch, rebound, and damping—in plain language, no invented numbers.

The Physics of Bungee Jumping
Science

The Physics of Bungee Jumping

Energy, stretch, and force on a bungee jump explained with real physics references—not invented peak-g claims or brochure science.

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