Glass Explosion at 343,000FPS! - The Slow Mo Guys

The video tutorial explores the effects of sudden temperature changes on Pyrex glass using high-speed cameras. The experiment involves heating Pyrex with a blowtorch and then cooling it rapidly with ice water to capture the glass shattering in slow motion. The video highlights the differences between US and European Pyrex, the challenges of filming at high frame rates, and the detailed observations of the glass breaking process. The tutorial emphasizes safety and the importance of not replicating the experiment at home.

What is the main difference between US and European Pyrex glass mentioned in the video?

• European Pyrex is not suitable for stovetop use.

• European Pyrex is made of soda lime glass.

• US Pyrex is more heat resistant.

• US Pyrex is considered less durable.

What tool is used to simulate a stovetop in the experiment?

• A hot plate

• An electric stove

• A blowtorch

• A microwave

What was the initial frame rate used to capture the glass explosion?

• 28,000 frames per second

• 120,000 frames per second

• 170,000 frames per second

• 343,000 frames per second

What happened to the protective barrier used in the experiment?

• It successfully contained the glass.

• It melted and failed to contain the glass.

• It was not used at all.

• It broke into pieces.

What was the highest frame rate used in the experiment?

• 171,000 frames per second

• 343,000 frames per second

• 120,000 frames per second

• 28,000 frames per second

How much footage was generated from a 5.1-second recording?

• 19.5 hours

• 5 hours

• 24 hours

• 10 hours

What was the focus of the final experiment?

• The lid of the Pyrex dish

• The base of the Pyrex dish

• The handle of the Pyrex dish

• The entire Pyrex dish