If $F_{1}$ and $F_{2}$ represents the foci of the lens, then at which point will the light rays meet?

$F_{2}$

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$2 F_{1}$

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$F_{1}$

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$2 F_{2}$

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Solution

The correct option is A
$F_{2}$

The given lens is a convex lens. Rays coming from an infinite source on passing through a convex lens converge at the principal focus $(F_{2})$ of the lens.

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Similar questions

In figure (a) and (b), $F_{1} a n d F_{2}$ are the positions of the two foci of the thin lenses. Draw the path taken by the light ray AB after it emerges from each lens.

In Figure (a) and (b), $F_{1} a n d F_{2}$ are the two foci of the thin lenses and AB is the incident ray. Complete the diagram to show the path of the ray AB after refraction through each lens.

If $F_{1}$ and $F_{2}$ represents the foci of the lens, then at which point will the light rays meet?

Q. If F1 and F2 represent the secondary focus and principal focus of the lens respectively, then the light rays meet at.

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If F1 and F2 represents the foci of the lens, then at which point will the light rays meet?

The correct option is A F2 The given lens is a convex lens. Rays coming from an infinite source on passing through a convex lens converge at the principal focus (F2) of the lens.

If $F_{1}$ and $F_{2}$ represents the foci of the lens, then at which point will the light rays meet?

The correct option is A
$F_{2}$

The given lens is a convex lens. Rays coming from an infinite source on passing through a convex lens converge at the principal focus $(F_{2})$ of the lens.