Wow. You should be able to answer this yourself. It's a simple logical conclusion.
Light source + object = shadow behind object. That's how placement of a building reduces light for neighboring buildings.
cross vault.
Physical factors of a building, such as its design, layout, materials, and construction quality, can affect its structural integrity, energy efficiency, acoustics, and overall functionality. These factors also play a role in determining the building's lifespan, maintenance requirements, and overall cost of operation. Additionally, the physical factors of a building can impact the health and well-being of its occupants, influencing factors such as indoor air quality, natural light exposure, and thermal comfort.
It depends on light. it is changing with light.
yep, it grows better in the dark
type your answer here......
-amount of water -amount of sunlight -amount of O2/CO2 in the air -light intensity
Wayne J. DelPico has written: 'Basics for builders' -- subject(s): Architectural drawing, Building materials, Blueprints 'Estimating building costs for the residential & light commercial construction professional' -- subject(s): Building, TECHNOLOGY & ENGINEERING / Construction / Contracting, Estimates
Yes, light can pass through the palpebral fissure, which is the opening between the eyelids. The amount of light that passes through this opening can affect the amount of light that enters the eye and contributes to vision.
1) The amount of light the plant gets. 2) The temperature. 3) The amount of CO2 in correspondence with the amount of oxygen.
Yes, the amount of light directly affects the concentration of chlorophyll in a plant. Chlorophyll production increases in response to light exposure as it is essential for photosynthesis, the process by which plants convert light energy into chemical energy. Without an adequate amount of light, chlorophyll synthesis can be limited, impacting the plant's ability to produce energy.
No, Colored light bulbs holds the same amount of energy a regular light bulb holds.
Insulated glass panels in building construction provide improved energy efficiency, sound insulation, and thermal comfort. They also enhance natural light, reduce condensation, and contribute to sustainability by lowering heating and cooling costs.