Question

The beam of light passing from an object has a focal length of 0.3 m
Concentrated lens with an image at a distance of 0.2 m
See the distance of the object ​

Answer 1

Answer:

Here, f = -0.2 m, v = +0.3 m

Here, f = -0.2 m, v = +0.3 mThe lens formula

Here, f = -0.2 m, v = +0.3 mThe lens formulav

Here, f = -0.2 m, v = +0.3 mThe lens formulav1

Here, f = -0.2 m, v = +0.3 mThe lens formulav1

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 −

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 =

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1 =

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1 = v

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1 = v1

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1 = v1

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1 = v1 −

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1 = v1 − f

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1 = v1 − f1

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1 = v1 − f1

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1 = v1 − f1 =

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1 = v1 − f1 = 0.3

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1 = v1 − f1 = 0.31

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1 = v1 − f1 = 0.31

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1 = v1 − f1 = 0.31 +

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1 = v1 − f1 = 0.31 + 0.2

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1 = v1 − f1 = 0.31 + 0.21

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1 = v1 − f1 = 0.31 + 0.21

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1 = v1 − f1 = 0.31 + 0.21 =

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1 = v1 − f1 = 0.31 + 0.21 = 0.006

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1 = v1 − f1 = 0.31 + 0.21 = 0.0060.5

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1 = v1 − f1 = 0.31 + 0.21 = 0.0060.5

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1 = v1 − f1 = 0.31 + 0.21 = 0.0060.5

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1 = v1 − f1 = 0.31 + 0.21 = 0.0060.5 u=

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1 = v1 − f1 = 0.31 + 0.21 = 0.0060.5 u= 0.5

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1 = v1 − f1 = 0.31 + 0.21 = 0.0060.5 u= 0.50.006

Here, f = -0.2 m, v = +0.3 mThe lens formulav1 − u1 = f1 ⇒ u1 = v1 − f1 = 0.31 + 0.21 = 0.0060.5 u= 0.50.006

=0.12m