because of all the intricate mirrors that are put in the room, when you light the candle, the mirrors would just keep reflecting light of each other thus creating a bright room
No. In a room with any number of mirrors of any size, when you switch off the light or blow out the candle, the room becomes just as dark as a room without mirrors.
No, shadows are created by blocking light. In a dark room, there is no light to create shadows, so you cannot catch a shadow.
Because the lens has been focused depending on the available light. if you enter a darker room, your eyes have to re-adjust to allow more light through them.
In an absolutely dark room, a red apple would appear black or indistinguishable from its surroundings since no light is present to reflect off its surface and allow us to perceive its color.
Light a fire.
make a movie out of it
Light that is trapped by matter is typically referred to as trapped light or confined light. This phenomenon occurs when light is confined within a material due to processes such as total internal reflection, photonic-crystal structures, or plasmonic effects. Trapped light can have unique properties and be used in various applications, such as in sensing, imaging, and energy harvesting.
Light travels at an extremely fast rate of 300000000m/s, it can be trapped only by a black hole as it does not allow light to escape through it.
i bee came in to my room last night i thought it had left my room last night but it had not it was there this morning and its trapped in a plastic container how long will the bee survive ?
Light Green,Light Blue,etc.(everything Light Colored
No. Earth would be trapped by the Sun's gravity even if it didn't shone.
sound
Behind the wallpaper
Without it we would have to use candles that light the room dimly.
I would guess it was to hep buoyancy- the trapped air would help the plant float in the same way as a rubber ring.
When light is trapped by matter, it can be absorbed, reflected, or transmitted through the material depending on its properties. The energy of the light can be converted into heat or other forms of energy within the material. If the material is transparent, the light may pass through it with minimal absorption.