answersLogoWhite

0

Light itself does not have a shadow.

User Avatar

AnswerBot

4mo ago

What else can I help you with?

Related Questions

What creates a shadow?

The word shadow has many meanings in English. Most of these refer to the shielded area behind an object which relates to its original Old English meaning of "shield" or "block"/ Thus a shadow is created when an object blocks light, wind , rain or other force to produce a dark, calm or dry area.A shadow, meaning an entity or thing that closely follows another, such as a shadow government a shadow in police work relates to the fact that a "shadow" is close to the object creating the shadow and mimics the objects size and movement. Other concepts for shadow include "darkness". A room with small windows is said to be "in shadow" This type of shadow is created in an interior which is protected from the light.


How much does a shadow weigh?

go to youtube and put that question in and vsauce will tell you


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.


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 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.


Why object is known as basic run-time entity?

coz at the run time object is provided memory , that's why object is called run time entity .


What affects was the size of a shadow?

The size of a shadow depends on, the angle that the light source is hitting the object and the size of the object. In some cases, the amount of light can also affect the size of a shadow.


What is the definition of entity?

Entity could be anything which is perceived to have a distinct and separate existence (living or non-living). The basic object that the ER model represents is an entity. An entity is a thing in the real world with an independent existence. An entity may be an object with a physical existence or it may be an object with a conceptual existence. Each entity has attributes- the particular properties that describe it. A particular entity will have a value for each of its attributes.


What is the size of the shadow and the distance of the object from the light source when a shadow is formed?

If you are using a point light source, the shadow's size is the object's size divided by the distance from the light source to the object multiplied by the distance from the light source to the shadow.


When is a shadow smaller than the object casting it?

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.


How do you make a shadow bigger or smaller?

To make a shadow bigger, you can increase the size of the object casting the shadow, move the object closer to the light source, or decrease the distance between the object and the surface the shadow falls on. To make a shadow smaller, you can decrease the size of the object, move the object farther from the light source, or increase the distance between the object and the surface.


How does an object create shadow?

An object creates a shadow when it blocks light from a source, such as the sun or a light bulb. The shadow is formed on the opposite side of the object from where the light is coming from. The size and shape of the shadow depend on the angle of the light source and the position of the object.