Earthquake-resistant buildings and techniques
  • 1. What does the Richter Scale measure?
A) Frequency of earthquakes
B) Depth of earthquakes
C) Magnitude of earthquakes
D) Duration of earthquakes
  • 2. What role do dampers play in earthquake-resistant buildings?
A) They absorb energy and reduce vibration
B) They increase building height
C) They minimize air leakage
D) They improve sound insulation
  • 3. What is the purpose of a shear wall in earthquake-resistant constructions?
A) To support the roof
B) To increase natural lighting
C) To provide lateral stability and resist horizontal forces
D) To enhance thermal insulation
  • 4. What is the purpose of energy dissipation devices in earthquake-resistant buildings?
A) To absorb seismic energy and reduce structural damage
B) To boost sound insulation
C) To enhance natural ventilation
D) To increase energy consumption
  • 5. Why are expansion joints important in earthquake-resistant construction?
A) To allow the building to expand and contract without causing damage
B) To increase seismic forces
C) To reduce the building's height
D) To control indoor temperature
  • 6. What is the purpose of a rocking core system in seismic design?
A) To dissipate seismic energy through rocking motion
B) To improve facade aesthetics
C) To reduce building height
D) To increase earthquake intensity
  • 7. Which factor should be considered when selecting a site for an earthquake-resistant building?
A) Soil type and ground conditions
B) Proximity to the beach
C) Availability of public transportation
D) Population density in the area
  • 8. Which type of foundation is most suitable for earthquake-resistant buildings on soft soil?
A) Strip foundation
B) Raft foundation
C) Pile foundation
D) Tilt-up foundation
Created with That Quiz — a math test site for students of all grade levels.