How many planks each measuring $5 m$ by $24 c m$ by $10 c m$ can be stored in a plank $115 m$ long. $4 m$ wide and $60 c m$ deep?

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Solution

No. of planks $= \frac{T o t a l v o l u m e}{v o l u m e o f p l a n k s}$
$= \frac{115 \times 100 \times 4 \times 100 \times 60}{5 \times 24 \times 10}$
$= 2, 30000$ planks.

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How many planks each measuring 5 m by 24 cm by 10 cm can be stored in a plank 115 m long. 4 m wide and 60 cm deep?

No. of planks =Totalvolumevolumeofplanks =115×100×4×100×605×24×10=2,30000 planks.

How many planks each measuring $5 m$ by $24 c m$ by $10 c m$ can be stored in a plank $115 m$ long. $4 m$ wide and $60 c m$ deep?

No. of planks $= \frac{T o t a l v o l u m e}{v o l u m e o f p l a n k s}$
$= \frac{115 \times 100 \times 4 \times 100 \times 60}{5 \times 24 \times 10}$
$= 2, 30000$ planks.