A block of ice with mass m falls into a lake- After impact- a mass of ice m-5 melts- Both the block of ice and the lake have a temperature of 00 C- If Lrepresents the latent heat of fusion- the distance the ice falls before striking the surface isA- g L-5 mB- m-5 mC- L L -5 gD- -g

The correct option is D 5Lg ...

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Standard XII

Physics

Calorimetry

A block of ic...

Question

A block of ice with mass m falls into a lake. After impact, a mass of ice melts. Both the block of ice and the lake have a temperature of 0⁰C. If L represents the latent heat of fusion, the distance the ice falls before striking the surface is

$\frac{L}{5 g}$

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$\frac{5 L}{g}$

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$\frac{g L}{5 m}$

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$\frac{m L}{5 g}$

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Solution

The correct option is B
$\frac{5 L}{g}$

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A block of ice with mass m falls into a lake. After impact, a mass of ice melts. Both the block of ice and the lake have a temperature of 00C. If L represents the latent heat of fusion, the distance the ice falls before striking the surface is

The correct option is B 5Lg

A block of ice with mass m falls into a lake. After impact, a mass of ice melts. Both the block of ice and the lake have a temperature of 0⁰C. If L represents the latent heat of fusion, the distance the ice falls before striking the surface is

The correct option is B
$\frac{5 L}{g}$