Tensegrity Structures
  • 1. What is the primary characteristic of tensegrity structures?
A) Tension and compression elements
B) Electronic circuits
C) Hydraulic connections
D) Magnetic components
  • 2. Who coined the term 'tensegrity'?
A) Buckminster Fuller
B) Albert Einstein
C) Leonardo da Vinci
D) Isaac Newton
  • 3. Which material is commonly used in tensegrity structures?
A) Steel beams
B) Concrete
C) Wood
D) Carbon fiber
  • 4. What is the benefit of using tensegrity structures in architecture?
A) Limited creativity in design
B) Require continuous maintenance
C) Lightweight and efficient use of materials
D) Extremely expensive to construct
  • 5. What is a key advantage of tensegrity structures in seismic regions?
A) No effect on seismic activities
B) Require excessive reinforcement
C) Ability to absorb and distribute seismic forces
D) Increased vulnerability to earthquakes
  • 6. Tensegrity structures are based on the principle of...
A) Unbalanced forces
B) Homogeneous distribution of forces
C) Isolated compression and continuous tension
D) Rigid connections
  • 7. How do tensegrity structures achieve energy efficiency?
A) By utilizing geothermal systems
B) By incorporating solar panels
C) By reducing material usage and weight
D) By increasing air conditioning units
  • 8. How do architects and engineers control the shape of tensegrity structures?
A) By adding more compression elements
B) By reducing the overall height
C) By increasing the weight at the top
D) By adjusting the tension in cables and struts
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