![]() ![]() Therefore, the real images can be obtained on a screen but the virtual images cannot be obtained on a screen Example of the real image Converging Lens forms the real image and Diverging Lens produces the virtual image. ![]() The real image is referred to be inverted, whereas the virtual image is determined to be erected (Eticaycine, 2022). On the other hand, the virtual image is formed when rays of light reappeared to meet at a definite point. Real images are generally formed at the time when the rays of light falls at a particular point on the screen in a combined manner after being reflected from the mirror (Silva-Lora & Torres, 2020). On the contrary, for the production of a virtual image, the rays are required to be perceived to converge. The rays are required to converge in order to produce a real image. The virtual image is different from the real image in the following ways − This is the core reason for not being able to see a virtual image on a screen Difference between the real and virtual image In the case of such image formation, the rays of light never focused at a particular point on the screen. The rays of light are conjectured to e divergent at the beyond of the mirror by reflecting after being formed by an object. The formation of such an image can be possible by using a convex mirror or a diverging lens (Teachoo, 2022). This kind of image is considered to be an upright image which can be formed by the divergence of the rays of light. The type of image that is impossible to be obtained on a screen is referred to as the virtual image. The nature of this kind of image is inverted and visible on the screen. At the point where the interaction of the rays of light happens, a real image is formed. In such cases, the size of the image is determined by the placement of the object. This type of image can be produced by using a converging lens or a concave mirror (Physics, 2022). For getting that particular point on the screen, the screen and the source of light are required to be placed at a similar plane. In order to obtain a real image on a screen, the rays of light are required to be combined on a fixed point of the screen. Definition of the Real imageįigure 1: Real image produced by a concave mirror Based on this concept the present tutorial will include the differences between real and virtual images. In the simple dictionary, anything that emits light rays can be considered an image. ![]() At the point where the rays meet, the image is formed. Light beams converge to form a real image, whereas light rays diverge to form a virtual image.In accordance with the laws of physics, for the production of an image, the rays of light, need to come from an object and meet at a particular point after being reflected and refracted. ![]() The method of production differentiates a real image from a virtual image. The light beams do not really intersect anywhere, yet it appears that they do behind the mirror.Įxample: The lens in a projector that converges the picture on a screen.Įxample: The convex mirror used in car side mirrors shows the driver the road ahead of him.Īfter reading this article you learned a lot about the differences between real and virtual images. The imaginary collision of light beams produces virtual images.Īctually, the light beams converge or meet at a specific spot. Real images are created when light beams collide. The virtual image always has a diverging lens.Ī concave mirror is always used to create realistic pictures.Ī convex mirror creates a virtual picture. Real images always have a converging lens. Virtual pictures emerge on the lens or in the mirror. On the screen, real visuals are produced. To form an image, a convex lens is always utilized.Ĭoncave, convex, and plane mirrors can be used to create virtual pictures. Let’s discuss the difference between them as follows: Real Images Real images are generated by utilizing a converging lens or a concave mirror whereas A virtual picture is an upright image obtained when the rays appear to diverge. What is Difference between Real Images and Virtual Images? ![]()
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