Web24 mrt. 2024 · Hint: A concave mirror forms virtual and diminished images by reflection behind the mirror, while a concave lens forms virtual and diminished images by … WebTo answer this question, we need to list the properties of the images formed by both the convex and concave lenses. The characteristics of the images depend on the position of …
An erect magnified and virtual image is formed, when an object is ...
Web(i) He should use a concave mirror because the only concave mirror can form real images. (ii) To get the magnified image on the wall, the candle should be placed between C and F of the concave mirror. (iii) (iv)Yes. When the candle is placed between infinity and the center of curvature in front of a concave mirror, a diminished image is formed. WebAns 35. Q 36 – When light falls on a smooth polished surface, most of it. (a) is reflected in the same direction. (b) is reflected in different directions. (c) is scattered. (d) is refracted into the second medium. Ans 36. Q 37 When white light passes through a prism, the colour deviated to the base of a prism is: embroidered soccer backpacks
What is diminished image of an object? [Expert Guide!]
WebAmongst the two types of spherical mirrors, convex mirror always produces a diminished image at all positions of the object. Concave mirror produces diminished image when object is placed: Beyond radius of curvature (i.e., u > 2f) At infinity (i.e., u = ∞) Web24 jan. 2024 · A-b) If an image is smaller than the original object it is called diminished and if it is larger it is called magnified. ... If the image produced is smaller than the original object, the image is called a dimished. An example of this is an object placed far from a convex lens. A-c) Plane mirrors and convex mirrors only produce virtual images. ... WebAnswer: The premise of the question is wrong. Any positive lens (including, but not limited to, double convex lenses) forms a real but less-than-life-size image when the object is located at a distance of twice the focal length or more away from the lens. But at exactly twice the focal length, t... forecast black diamond