When an object is kept at any distance?
Answer. Answer:Virtual,erect and diminished.
When an object is kept at any distance in front of a concave lens the image is formed Always?
A concave lens always forms a virtual, erect and diminished image.
Which of the following can form a virtual image which is always smaller than object?
A concave lens always forms a virtual image, smaller than the size of the object.
Which of the following images of an object is placed at infinity?
Image of an object placed at infinity will be highly diminished and point sized in case of all the four i.e. concave mirror, convex mirror, concave lens and convex lens.
Which image is formed in convex mirror?
The image formed in a convex mirror is always virtual and erect, whatever be the position of the object. In this section, let us look at the types of images formed by a convex mirror. When an object is placed at infinity, a virtual image is formed at the focus.
What is the image of the object?
The image of an object is the location where light rays from that object intersect upon reflecting from a mirror. By constructing at least two sets of incident and reflected rays, this image location can easily be found.
Which of the following is true for rays coming from infinity?
Two images are formed. continuous image is formed between focal points of upper and lower lens.
What is difference between image and picture?
Image – Any visual object that’s modified or altered by a computer or an imaginary object created using a computer. Picture – A drawing, painting, or artwork created on a computer. A picture is also used to describe anything created using a camera or scanner.
What is the difference between object and image?
As nouns the difference between object and image is that object is a thing that has physical existence while image is an optical or other representation of a real object; a graphic; a picture.
Where is the image of an object formed?
the image of the object is located at the infinity. As, if the object is moved 20cm towards the mirror, then it lies at the focus of the mirror. Was this answer helpful?