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A shadow can be smaller than the object casting it when the light source is close to the object. This causes the shadow to be more compressed and appear smaller in relation to the object.

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Q: When is a shadow smaller than the object casting it?
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Can an object shadow ever be smaller than the object?

No, an object shadow cannot be smaller than the object that is casting it. The size of the shadow is determined by the distance between the object and the light source, as well as the angle of the light hitting the object.


Can a shadow be smaller than the object?

Yes, a shadow can be smaller than the object casting it. This can happen when the light source is very close to the object or when the object is very close to the surface on which the shadow is cast. The size of the shadow is determined by the angle of the light rays hitting the object and the distance between the object and the surface.


Can the shadow of an object be bigger than the object itself?

Yes, the shadow of an object can be bigger than the object itself depending on the angle and intensity of the light source. For example, if the light source is close to the object and the surface on which the shadow is cast is far away, the shadow can appear larger than the object casting it.


Can an object have more than 1 shadow?

Yes, an object can have more than one shadow if there are multiple light sources casting different shadows from different angles. Each light source will produce its own distinct shadow.


What makes a big shadow so blurry?

I've had to make some assumptions about what you're really asking here; if I'm wrong, please clarify your question and ask again. A "big" shadow usually happens when the object casting the shadow is a long way from the surface it's casting the shadow on. Light refracts and spreads, and the more distance it has to do this in, the more it refracts and spreads. The combination of the two factors means that a "big" shadow, where the surface is a long distance from the object casting the shadow, is likely to be more blurry than a "small" shadow where the object is near the surface.


How big is your shadow at 9am?

The size of a shadow depends on the angle of the sun and the object casting the shadow. At 9am, when the sun is relatively low in the sky, your shadow would be longer than at midday when the sun is directly overhead.


When the object is nearer to the light source the shadow formed is?

smaller and more defined.


Can an object cause more than 1 shadow?

Yes, an object can cause multiple shadows if there are multiple light sources casting light from different angles. Each light source can create its own shadow of the object.


Why do the object's shadow is bigger than the object?

The object's shadow appears larger than the object because the sun's rays hit the object at an angle, causing the shadow to stretch away from the light source. This creates the illusion of the shadow being larger than the object itself.


What has a bigger shadow moon or earth?

The Earth's shadow is larger than the Moon's shadow because the Earth is much larger in size and has a greater surface area for casting shadows. The Moon's shadow is smaller in comparison, especially during a solar eclipse when the Moon passes between the Earth and the Sun.


Why is only part of the earth in shadow during a solar eclipse?

During a solar eclipse, the Moon orbits between the Earth and the Sun, casting its shadow onto the Earth's surface. As the Moon is much smaller than the Earth, only a portion of the Earth is covered by its shadow at any given time, resulting in only a part of the Earth experiencing the eclipse. The shadow moves across the Earth's surface due to the motion of both the Moon and the Earth.


Why are some shadows more clear than others?

The clarity of shadows can be influenced by factors such as the angle of light, the size and shape of the object casting the shadow, the distance between the object and the surface where the shadow falls, and the properties of the surface itself. Shadows will be sharper and more defined when light is direct, the object is close to the surface, and the surface is smooth and uniform.