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Convex Lens - Image Formation and Magnification
1)For convex lens, incident light rays pass without deviation through
  
2)An object is placed vertically between F and 2F in front of a convex lens, then
  
3)A convex lens of focal length 15cm, produces an image of the same size as that of an object. The distance between the position of image and object in this case is
  
4)The focus of a convex lens is
  
5)Effective magnification when two lenses are combined is
  
6)For a convex lens of focal length 5cm, an object is placed at a distance of 4cm. The nature of the image formed is
  
7)Are position of object and image interchangeable assuming an equiconvex lens
  
8)When half of the convex lens is covered by paper,
  
9)The linear magnification produced by a convex lens
  
10)An object placed at infinity will be highly diminished and point sized in
  
11)An object is 10cm away from a magnifying lens and its image is formed 20cm away from the lens. Magnification of the lens is
  
12)A convex lens is not used
  
13)To obtain a clear image of a distant object
  
14)An object placed at infinity will be highly diminished and point sized in
  
15)Projectors are optical devices that project the magnified images or videos on the screen. To obtain an upright image on the projection screen