# Find the Position and Nature of the Image of an Object 5 Cm High and 10 Cm in Front of a Convex Lens of Focal Length 6 Cm. - Science

#### Question

Find the position and nature of the image of an object 5 cm high and 10 cm in front of a convex lens of focal length 6 cm.

#### Solution

Given:
Height of the object, h = 5 cm
Object distance, u =   -10 cm
Focal length, f = 6 cm
Applying lens formula, we get:
1/v -  1/u = 1/(v = Image distance)
1/v - 1/( -10) = 1/6
or, = 15 cm
Thus, the image is formed at a distance of 15 cm behind the convex lens (on the right side).
Now
Magnification, m = v/u = h'/h
m = 15/(-10)
=-1.5
The value of magnification is negative; therefore, the image will be real and inverted.

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#### APPEARS IN

Lakhmir Singh Solution for Physics for Class 10 (2018 (Latest))
Chapter 6: The Human Eyes And The Colorful World
Q: 11 | Page no. 288
Lakhmir Singh Solution for Physics for Class 10 (2018 (Latest))
Chapter 6: The Human Eyes And The Colorful World
Q: 11 | Page no. 288

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Find the Position and Nature of the Image of an Object 5 Cm High and 10 Cm in Front of a Convex Lens of Focal Length 6 Cm. Concept: Refraction of Light - Image Formation by Lenses - Convex Lens.