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An object 1.5cm high 12.0cm from a diverting lens of

An object 1.5cm high 12.0cm from a diverting lens of focal length 3.0cm. Find the length and position of the image
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2. asked by Mark Nobeh
3. 91 views
An object, that is 3.25 mm high is placed 16 cm in front of a lens. The image produced by this lens appears 6.0 cm behind the
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2. asked by Chloe
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1.An object 2.5cm high is placed 10cm from a converging lens. if the local length of the lens is 5cm,a. How far from the lens
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2. asked by gabriel sam responso
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A certain LCD projector contains a single thin lens. An object 23.5 mm high is to be projected so that its image fills a screen
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2. asked by Zachary
3. 564 views
An object 20cm high is placed 40cm from a lens of focal length 24cm. Calculate:a) The power of the Lens? b) The distance from
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2. asked by Joseph
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A 24mm high object is 15cm in front of a +10cm concave lens . 24cm behind the convex lens is a -10cm concave lens . Calculate
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2. asked by Gladson munthali
3. 540 views
A 24mm high object is 15cm in front of a +10cm concave lens . 24cm behind the convex lens is a -10cm concave lens . Calculate
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2. asked by Gladson munthali
3. 503 views
An object is placed 30mm in front of a lens. An image of the object is located 90mm behind the lens.a) Is the lens converging or
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2. asked by Harly
3. 1,590 views
The thin lens formula in physic is given by 1Do + 1 Di = 1 f where Do distance of an object from the lens, Di distance of the
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2. asked by Anonymous
3. 162 views
An object is placed in front of a converging lens in such a position that the lens (f = 14.0 cm) creates a real image located
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2. asked by DCM
3. 1,375 views