1,074 MPH BASEBALL vs. 1 Gallon of Mayonnaise - Smarter Every Day 264 | Summary and Q&A

TL;DR

A supersonic baseball cannon is used to study the behavior of baseballs at high speeds, leading to fascinating insights and experiments.

Key Insights

• 🐎 Understanding the drag coefficient of a baseball is crucial in comprehending its behavior at different speeds.
• 👻 Shooting objects like sprinkles and mayonnaise allows for visually stunning observations, revealing the effects of impact and Shockwaves.
• 😤 The team aims to define the complete drag curve of a baseball, exploring aerodynamic regimes previously unexplored.
• 👻 Data analysis and graphing allow for a comprehensive understanding of how velocity and pressure affect the baseball's behavior.
• ❓ Mayonnaise combustion and the creation of Shockwaves during impact provide intriguing avenues for further exploration.
• 🚄 High-speed cameras, such as the phantom v3610 and the phantom v2511, play a vital role in capturing detailed footage for analysis.
• 😒 The use of a boresight tool enables more accurate aiming, enhancing the precision of the cannon.

Transcript

foreign this is a supersonic baseball Cannon we built it because it's awesome and it can make baseballs go supersonic what have we done look at it we initially just wanted to see if we could make a baseball go past the speed of sound and we can 1050 miles an hour Mach 1.38 so now it's time to figure out how to use this thing as a tool because I wan... Read More

Questions & Answers

Q: How fast did the baseball go in their initial experiments?

The baseball achieved a velocity of 1050 miles per hour or Mach 1.38.

Q: What is the purpose of using high-speed cameras?

High-speed cameras capture the trajectory and velocity of the baseball, allowing for detailed analysis and understanding of its behavior.

Q: What was the aim of shooting objects like sprinkles and mayonnaise?

By shooting different objects, the team investigates the collision dynamics and observes interesting phenomena such as Shockwaves and combustion.

Q: How are they able to aim the cannon accurately?

By using a boresight tool, they can align the cannon's shot path and improve overall accuracy.

Summary & Key Takeaways

• The creators aim to make a baseball go past the speed of sound, achieving a velocity of 1050 miles per hour.

• Through high-speed cameras and data analysis, they aim to understand the aerodynamics and drag coefficients of the baseball.

• The cannon is used to shoot objects like sprinkles and mayonnaise, revealing interesting collision dynamics and Mayonnaise combustion.