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What is the relationship between the type and the attitude of an image?

the relationship is that in order to have an image u have to have a special type of attituede like nice and sweet also it ddepends on the type of person and there attitude ^^^ Don't listen to this whatsoever. Now, the attitude of the image describes whether the image is upright or inverted, correct? And the type of image is real or virtual. Now, the relationship between the two is the same for all types of mirrors/lenses. With concave mirrors, when the image is real then it is inverted, whereas when it's virtual it is upright. With convex mirrors when the image is virtual it is also upright, and although I haven't seen a real image on convex mirror ray diagrams, theoretically if the image was real it would be inverted. With a diverging lens if the image is virtual it is upright and as with the convex lens although I have never seen a real image on a ray diagram for a diverging lens it would theoretically be inverted. Finally, with a converging lens if the image is real then it's inverted and if it's virtual it is upright. So, the relationship between attitude and image is this: If the type of image is real, the attitude of the image is inverted. If the type of image is virtual, the attitude of the image is upright.


What are the similarities between real and virtual images?

A real image is when the light rays form an image that is on the same side as the object that is being reflected. Meanwhile a virtual image is when the light rays appear to form an image. The real image will appear through the lens and be reflected on the other side while the virtual image will appear in the lens itself and will only reflect a blurry image through the lens. In a diagram, a real image is the solid lines, while the virtual image is represented by dashed lines. Both types are the effect of light being reflected off of or through a mirror or a lens.


What is the minimum distance between an object and its real image formed by a convex lens?

Find the smallest distance between the object and a real image, when the focal distance of the lens is2. Relevant equations, whereis the distance of the object from the lens andis the distance of the image.3. The attempt at a solutionI'm not even sure, what I'm trying to do here, since the definition of a real and virtual image is a bit vague to me. But I've got something...Letbe the desired distance. From the equation above we getso. Thenor. We get the same for, so the distance would be


Are Dumb Bondes real?

No. Brains or the lack of brains is not determined by hair color. This is a stereotyped image and discriminates.


Is there a recent photo of Tempest Bledsoe?

I don't have access to real-time data or photos, but you can find recent images of Tempest Bledsoe by checking social media platforms, entertainment news websites, or image search engines. These sources often feature up-to-date photos of celebrities.