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Image Position and Magnification in Curved Mirrors and Lenses Calculator

The Image Position and Magnification in Curved Mirrors and Lenses Calculator will calculate the:

  1. The position of image produced by a curved mirror or a lens
  2. Magnification produced by a curved mirror or a lens
  3. Height of the image produced by reflection in curved mirrors if the object's height is known.

Calculator Limitations: Curved mirror and lenses are considered as ideal.

Image Position and Magnification in Curved Mirrors and Lenses Calculator
Image Position and Magnification in Curved Mirrors and Lenses Calculator Results (detailed calculations and formula below)
The position of image produced by a curved mirror or a lens is cm
The magnification produced by a curved mirror or a lens is
The height of the image produced by reflection in curved mirrors or in lenses if the object's height is known is cm
(Position of the image calculation
di = do × F/do - F
di = × / -
di = /
di =
Magnification produced by a curved mirror or a lens calculation
M = F/do - F
M = / -
M = /
M =
Height of the image produced by a curved mirror or lens calculation
hi = ho × (F/do - F)
hi = × (/ - )
hi = × (/)
hi = ×
hi =
Image Position And Magnification In Curved Mirrors And Lenses Calculator Input Values
Position of the object, (do) cm
Focal length (F) cm
Height of the object (ho) cm

Please note that the formula for each calculation along with detailed calculations are available below. As you enter the specific factors of each image position and magnification in curved mirrors and lenses calculation, the Image Position And Magnification In Curved Mirrors And Lenses Calculator will automatically calculate the results and update the Physics formula elements with each element of the image position and magnification in curved mirrors and lenses calculation. You can then email or print this image position and magnification in curved mirrors and lenses calculation as required for later use.

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Discover Physics with free Physics Revision Notes and Physics Calculator: Image Position And Magnification In Curved Mirrors And Lenses. This image shows the properties and image position and magnification in curved mirrors and lenses formula for the Image Position And Magnification In Curved Mirrors And Lenses. Calculate the position of image produced by a curved mirror or a lens, the Magnification produced by a curved mirror or a lens and the Height of the image produced by reflection in curved mirrors if the object's height is known.

Related Physics Sections with Tutorials

Section 12: Optics

Instructions for the Image Position and Magnification in Curved Mirrors and Lenses Calculator

When using the calculator, you must consider the sign rules written below:

  1. The object's position do is always taken as positive.
  2. In concave mirrors and converging lenses, the focal length F is taken as positive while in convex mirrors and diverging lenses it is taken as negative.
  3. If the image is real, its position di is taken as positive, while if the image is virtual its distance di is taken as negative.

Position of the image Formula and Calculation

di = do × F/do-F

The formula above is obtained by rearranging the mirrors (lenses) equation:

1/do + 1/di = 1/F

Magnification produced by a curved mirror or a lens Formula and Calculation

M = F/do - F

The formula above is obtained by the combination of the two other formulae:

Formula 1

M = di/do

Formula 1

di = do × F/do - F

Height of the image produced by a curved mirror or lens Formula and Calculation

hi = ho × (F/do - F)

The formula above is obtained by the combination of the two other formulae:

Formula 1

M = hi/ho

Formula 1

M = F/do - F

Optics Physics Tutorials associated with the Image Position And Magnification In Curved Mirrors And Lenses Calculator

The following Physics tutorials are provided within the Optics section of our Free Physics Tutorials. Each Optics tutorial includes detailed Optics formula and example of how to calculate and resolve specific Optics questions and problems. At the end of each Optics tutorial you will find Optics revision questions with a hidden answer that reveals when clicked. This allows you to learn about Optics and test your knowledge of Physics by answering the test questions on Optics.

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