Graphic
A visual representation is shown of an idea or image that is presented in a particular way to have it's meaning or symbolism.
In general terms, an "image" refers to a visual representation or depiction of something, while "likeness" typically refers to a similarity or resemblance to something else. In a philosophical or religious context, "image" may refer to a physical representation, while "likeness" often denotes a more abstract or intrinsic similarity.
epitome, image, embodiment, representation, incarnation
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An object refers to the physical thing being observed, while an image is a reproduction or representation of the object, typically in a visual form. The object exists in reality, while the image can be a reflection, photograph, drawing, or any other representation of the object.
A mental representation of an object or event is often referred to as a "mental image" or "mental model", whereas a physical representation can be called a "depiction" or "representation".
A specimen is a physical sample taken from a larger population for analysis or examination, while an image is a visual representation or depiction of something, such as a photograph or a digital rendering. A specimen is the actual object being studied, while an image is a visual representation of that object.
They have the same symbolic representation, in mirror-image.
The term used to describe a representation where the measurements in the image accurately reflect the dimensions of the physical object is "scale." In a scaled representation, the proportions are maintained, allowing for an accurate visual comparison between the image and the actual object. This concept is commonly used in maps, architectural drawings, and technical illustrations.
In physics, an image is a reproduction or representation of an object formed through optical processes, such as reflection or refraction of light. Images can be real or virtual, depending on how they are formed, and play a significant role in understanding the behavior of light and the properties of optical systems.
Are you kidding me?! Read your book.