Exploring Newton's Cradle in Slow Motion

🔍The ball bearings from the air pressure cannon create more impact and damage compared to the pistol bullets.

💥The first and last balls in the Newton's Cradle receive the most impact, while the middle balls are less affected.

💔The ball bearings exhibit more hardness and mass, resulting in a more destructive impact compared to the pistol bullets.

🎯The pistol bullets, despite their higher speed, do not have as much impact on the Newton's Cradle as the ball bearings.

🔫The air pressure cannon and ball bearings provide a greater level of exhilaration and destruction in slow motion.

Which projectiles create a greater impact in the Newton's Cradle, ball bearings, or pistol bullets?

—Ball bearings create a greater impact and damage in the Newton's Cradle compared to pistol bullets.

Why do ball bearings cause more impact and damage?

—Ball bearings have more hardness and mass, allowing them to create a more destructive impact on the Newton's Cradle.

Do higher speeds achieved by the pistol bullets have a significant impact on the Newton's Cradle?

—Despite their higher speeds, the pistol bullets do not have as much impact on the Newton's Cradle compared to ball bearings.

Why do the first and last balls in the Newton's Cradle receive the most impact?

—The first and last balls receive the most impact because they directly collide with the projectile, transferring the most energy.

Which method provides a more exhilarating and destructive experience in slow motion, the air pressure cannon or the pistol?

—The air pressure cannon and ball bearings provide a greater level of exhilaration and destruction in slow motion compared to the pistol.

00:00The Slow-Mo Guys introduce themselves and the air pressure cannon they will be using.

02:14They discuss their previous use of the air pressure cannon to fire various objects.

02:58The Slow-Mo Guys explain their objective of firing ball bearings through a Newton's Cradle at the highest possible speed.

04:58They pressurize the tank and begin recording with a high-speed camera.

08:28The Slow-Mo Guys analyze the slow-motion footage of ball bearings impacting the Newton's Cradle.

09:58They switch to using a pistol to achieve higher speeds.

11:18The Slow-Mo Guys examine the slow-motion footage of the pistol bullets impacting the Newton's Cradle.

12:07They conclude that the ball bearings create more impact and damage compared to the pistol bullets.