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Speedway: The Greatest Spectacle in Learning
Lesson 4 of 26
Lessons
Episode 1: The Race That Started It All (1911)
Episode 1 — Quiz
Episode 2: 3.2 Million Bricks
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Episode 2 — Quiz
Episode 3: Voices in the Air
Episode 3 — Quiz
Episode 4: The Shape of Speed
Episode 4 — Quiz
Episode 5: Fuel for Thought
Episode 5 — Quiz
Episode 6: Born From Tragedy: The Safety Story
Episode 6 — Quiz
Episode 7: The Driver's Body
Episode 7 — Quiz
Episode 8: Pit Stop Precision
Episode 8 — Quiz
Episode 9: Breaking the Brickyard Glass Ceiling
Episode 9 — Quiz
Episode 10: From Track to Driveway
Episode 10 — Quiz
Episode 11: The Business of May
Episode 11 — Quiz
Episode 12: The Future Lap
Episode 12 — Quiz
Episode 13: The Other Brickyard: How Purdue Built the Engineers of the Indy 500
Episode 13 — Quiz
Episode 2 — Quiz
1. How many people died on the opening weekend of the Indianapolis Motor Speedway in 1909?
One
Three
Five
Twelve
2. What was the racing surface BEFORE the bricks were laid?
Concrete only
Asphalt only
Crushed limestone, gravel, and tar
Pure cobblestone
3. How many bricks were used to repave the entire 2.5-mile track?
320,000
3.2 million
32 million
320 million
4. How many days did it take to lay all 3.2 million bricks?
About 14 days
About 63 days
About 180 days
About 365 days
5. Which Indiana company manufactured most of the bricks for IMS?
Wabash Clay Factory
Indianapolis Brick Works
Hoosier Stone Co.
Marion Brick Company
6. What material was the final brick (laid on December 14, 1909) made of?
Regular fired clay
Solid gold
Polished granite
Cast iron
7. What was the height of the concrete spectator wall built in 1909?
12 inches
33 inches
48 inches
6 feet
8. Why did the IMS leadership decide to pave over almost all of the bricks in 1961?
To remove evidence of the 1909 disaster
Because cars had gotten so fast that the brick surface was uneven and dangerous
Because bricks were considered out of style
Because Tony Hulman wanted a softer track
9. Which NASCAR driver started the kissing-the-bricks tradition?
Jeff Gordon
Dale Earnhardt
Dale Jarrett
Kyle Petty
10. What is the main engineering principle that the 33-inch concrete wall illustrates?
The bigger the obstacle, the safer the solution
Solve a specific bounded problem rather than the general problem
Use the most modern materials available
Spend whatever money is needed for safety
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Episode 2 — Quiz · ElementaryMBA