Let’s imagine that we light a candle and place it closer to the wall. The reflection of the thin and long candle is visible on the wall, but Where is the shadow of the fire? Something strange seems to be going on.

So what are the conditions necessary for an object or substance to cast a shadow? What differences does fire have at this point?

To answer this question, let’s first look at what a shadow is in the light of science.

A shadow is created when light rays reach a surface and are blocked by an object. It is a dark area or shape. A shadow can only appear if an opaque element is placed between the light source and the object on which the shadow is cast.

Some light sources and fabrics are unable to create shadows. These substances can block light rays in some cases temporary shadows on the surface can make.

Does this mean that fire can have a shadow?

Actually, the answer is both yes and no. Fire has no shadow because light, creates shadows when not passing through an object. For this reason it is clearly visible that no shadow is formed when a strong light source passes over a bright flame.

In short, no two rays of light can interact directly with each other. Fire is a source of light and light sources have no shadows.

On the other hand, there may be a shadow of the fire, but this is not what people think.

Although flames cannot cast shadows on their own when part of the reflected light beam is refracted or interrupted shadow may occur. The shadow area is often the area where the beam receives the least amount of light.

The dimeric region of the beam, which receives a relatively small amount of light, takes the shape of the opaque object it deflects or confines. This beam of light is blocked or diverted by flames Only in this way can a shadow be created.

It is also possible for fire flames to block or deflect light.

The fire involved a large number of different hydrocarbon compounds and fuel or oxygen molecules has been revealed. When the fire starts, into the atmosphere; carbon dioxide, water vapor, soot and other pollutants are released.

For the simple reason that the flame contains hot air, the light ends up in the light beam It can deviate and cast its own shadow.

So how does the shadow of a blazing fire form?

Hot air and cold air around the flame boundary can cause the light to bend away due to the forward pushing effect. Just like a camera lens, deviation between two different materials Pauses in interfaces occurs.

Because the flame contains hot air and some contaminants, it bends the light within the beam and creates its own shadow. Therefore; shadows created by blazing fire and other elements, dancing waves resembling.

Also, to see the shadow of a fire, the beam of light passing through the flames must be brighter than the brightness of the fire.

If the flame or light passing through the fire is weaker compared to the light of the flame, the light produced by the fire fills the dim space and therefore no shadow is created.

For example, when you turn on a dim flashlight on a campfire in the dark of night, the flames cast no shadow. But a brighter and stronger light, It creates a distinct shadow together with the heat of the fire and the smoke.

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