Earthquake-Safe Building Design and Structural Stability Quiz

Question 1

In the earthquake-safe building experiment, which building height was able to withstand the simulated earthquake for the longest amount of time?

Accepted Answer

1-story building

Question 2

What was the average time the 3-story building was able to withstand the simulated earthquake?

Accepted Answer

5 seconds

Question 3

Based on the experiment results, what is the relationship between building height and earthquake resistance?

Accepted Answer

Shorter buildings are more resistant to earthquakes

Question 4

What was the role of the student in this science experiment?

Accepted Answer

Structural engineer finding an earthquake-safe shape

Question 5

What tool would have improved the accuracy of the earthquake simulation in this experiment?

Accepted Answer

A mechanical shake table

Question 6

Which of the following was identified as a weakness in the experiment's method?

Accepted Answer

Buildings fell on each other, affecting the outcome

Question 7

What improvement was suggested for retesting the same experiment?

Accepted Answer

Test one building at a time

Question 8

What was identified as a strength of the experiment method?

Accepted Answer

The experiment was able to simulate an earthquake in the classroom

Question 9

The student's hypothesis stated that the tallest building would fall first. Based on the data collected, was this hypothesis valid or invalid?

Accepted Answer

Valid, because the tallest building fell first with only 5 seconds of resistance

Question 10

Which of the following best describes why structural engineers study earthquake-safe building designs?

Accepted Answer

To ensure buildings can withstand the shaking forces of an earthquake and keep people safe

Questions