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What mirror always forms virtual image of the same size on the object?
A concave mirror with its object placed between the focal point and the mirror forms a virtual image of the same size. This image is upright and located behind the mirror.
What type of image does a regular reflection form?
A regular reflection forms an image that is identical in size and shape to the original object, but appears to be reversed left to right.
How does the size of the image compare with the size of the original object?
The size of the image is a scaled representation of the original object, typically smaller or larger. The relationship between the size of the image and the size of the original object is determined by the magnification factor of the optical system used to capture the image.
Does a concave lens form a real or virtual image?
A concave lens forms a virtual image of an object located at a distance greater than the focal length of the lens. The image is always upright and reduced in size compared to the object.
What is the difference between the virtual image formed by a convex lens and a concave lens?
The difference is that when virtual image is formed by the concave mirror...it is larger than its original size..but when it is formed by the convex mirror..it is smaller than the original size....
What mirror always forms virtual image of the same size on the object?
A concave mirror with its object placed between the focal point and the mirror forms a virtual image of the same size. This image is upright and located behind the mirror.
What type of image does a regular reflection form?
A regular reflection forms an image that is identical in size and shape to the original object, but appears to be reversed left to right.
How does the size of the image compare with the size of the original object?
The size of the image is a scaled representation of the original object, typically smaller or larger. The relationship between the size of the image and the size of the original object is determined by the magnification factor of the optical system used to capture the image.
Does a concave lens form a real or virtual image?
A concave lens forms a virtual image of an object located at a distance greater than the focal length of the lens. The image is always upright and reduced in size compared to the object.
What is the difference between the virtual image formed by a convex lens and a concave lens?
The difference is that when virtual image is formed by the concave mirror...it is larger than its original size..but when it is formed by the convex mirror..it is smaller than the original size....
A concave lens always forms an image which is?
virtual, erect and diminished
How and when is the image inverted?
Whenever a real image is formed by a real object,the image is always inverted. for eg when light rays from infinity falls on convex lens it forms a real and inverted image at focal plane.
How could you describe the image formed by a cancave lens at any position?
A concave lens always forms a virtual, upright, and reduced image regardless of object position. The image is located on the same side as the object and cannot be projected onto a screen.
Does a plane mirror always form the image of an object exactly on the plane reflecting surface?
A plane mirror doesn't 'really' form an image at all. The image is 'virtual', not 'real'. You see what appears to be an image. It's located at the same distance behind the reflecting surface as the actual object is in front of it. If a real image exists, you can always put a piece of frosted glass, photo-film, or tissue paper where the image is, and capture it. You can't do that with a plane mirror.
What are the characteristics of a reflected image?
A reflected image is a mirror image of the original object. It appears to be flipped horizontally along a mirror line. All angles in the reflected image are equal to the corresponding angles in the original object.
When does a convex lens forms a real or virtual image?
When object is within the focal distance then virtual image is formed. But when the object is placed beyond the focus of the covex lens ie if the distance of the object is more than focal length then real image is formed.
Is it possible to perform two reflections of an object so that the final image is identical to the original image?
No, it is not possible to perform two reflections of an object that result in the final image being identical to the original image, unless the object is already symmetrical. Reflections change the orientation of the object, so multiple reflections will create a different image.
