Passive Design Overview

What is the relationship between passive design and sustainability?

• Passive design contributes to a reduced carbon footprint
• Passive design increases energy consumption
• Passive design is not sustainable
• Passive design is more expensive than traditional design

Site orientation plays a crucial role in passive design.

• False
• True
• Partially true
• Not mentioned

Passive design relies on mechanical systems for heating, cooling, and lighting.

• True
• False
• Partially true
• Not mentioned

Which materials have high thermal mass in passive design?

• Concrete and masonry
• Wood and glass
• Aluminum and fabric
• Steel and plastic

Why is natural ventilation important in passive design?

• It maximizes natural lighting
• It reduces operating costs
• It improves indoor comfort
• It reduces the need for mechanical ventilation systems

What are the benefits of natural lighting in passive design?

• Improved indoor comfort and quality of life
• Reduced carbon footprint and lower operating costs
• Energy efficiency and visual appeal
• All of the above

Passive design incorporates features like shading devices, thermal mass, and natural ventilation to keep indoor spaces cool and comfortable in hot and arid climates.

• Partially true
• True
• Not mentioned
• False

What does passive design prioritize?

• The use of energy-intensive materials
• The use of artificial lighting
• The use of mechanical ventilation systems
• The use of natural resources

What is the main focus of passive design?

• Using mechanical ventilation systems
• Reducing operating costs
• Maximizing natural lighting
• Harnessing solar energy

Passive design is an architectural approach that maximizes the use of natural resources to create comfortable, energy-efficient buildings.

• Not mentioned
• Partially true
• True
• False