In a lens- ifu - distance of object from lensV - distance of image from lensh i - height of imageh 0 - height of object- Compare the following quanties- A B h i - h c v - uA- A-BB- B - AC- A - BD- A -2 B

The correct option is C A = B Lens magnification formula states that, m = v/u nbsp;= h_i/h_o. Therefore both the quantities A and B are equal. ...

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Standard X

Physics

Lens Formula and Magnification

In a lens, if...

Question

In a lens, if
$u$ - distance of object from lens
$v$ - distance of image from lens
$h_{i}$ - height of image
$h_{o}$ - height of object. Compare the following quanties.

A B

$\frac{h_{i}}{h_{o}}$ $\frac{v}{u}$

$A > B$

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$B > A$

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$A = B$

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$A = 2 B$

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Solution

The correct option is C
$A = B$

Lens magnification formula states that, $m = \frac{v}{u} = \frac{h_{i}}{h_{o}}$ . Therefore both the quantities A and B are equal.

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Similar questions

Q. Compare two quantities, quantity A and quantity B and then determine which of the following statements describes the comparison?
In a lens, if
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v - distance of the image from the lens

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In a lens, if
$u$ - distance of the object from the lens
$v$ - distance of the image from the lens
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$h$ - height of the object,

then determine the relationship between the two quantities, Quantity A and Quantity B.

Compare two quantities — Quantity A and Quantity B — and then determine which of the following statements describes the comparison:
In a lens, if
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In a lens, if u - distance of object from lens v - distance of image from lens hi - height of image ho - height of object. Compare the following quanties. A B hiho vu

The correct option is C A = B Lens magnification formula states that, m=vu=hiho. Therefore both the quantities A and B are equal.

In a lens, if
$u$ - distance of object from lens
$v$ - distance of image from lens
$h_{i}$ - height of image
$h_{o}$ - height of object. Compare the following quanties.

A B

$\frac{h_{i}}{h_{o}}$ $\frac{v}{u}$

The correct option is C
$A = B$

Lens magnification formula states that, $m = \frac{v}{u} = \frac{h_{i}}{h_{o}}$ . Therefore both the quantities A and B are equal.