Math, asked by nani5543, 1 year ago

a godown measures 40m×25m×15m.find the maximum number of wooden boxes each measuring 1.5m×1.25m×0.5m that can be stored into godown?

Answers

Answered by priyanshubedi00
6

Answer: 16000


Step-by-step explanation:For godown

L = 40m

B = 25m

H = 15m

V = lbh

= 40×25×15 m^3

For 1 wooden bolck

L = 1.25m

B = 1.5m

H = 0.5m

Volume = 1.25×1.5×0.5 m^3


No. Of wooden blocks =V of godown/

V of 1 wooden block

= 40×25×15 / 1.25×1.5×0.5

= 16000



Answered by GalacticCluster
2

Answer:

  • Length of godown = 40 m
  • Breadth of godown = 25 m
  • Height of godown = 10 m

\\

  • Length of wooden crates = 1.5 m
  • Breadth of wooden crates = 1.25 m
  • Height of wooden crates = 0.5 m

 \\  \large{ \boxed{ \sf { \green{volum e \:  \: of \:  \: godown = l  \times b \times h}}}} \\  \\  \\  \implies \sf \: 40 \times 20 \times 10 \:  \:  {m}^{3}  \\  \\  \\  \implies \bf \: 10000 \:  \:  {m}^{3}  \\  \\  \\  \large{ \boxed{ \sf{ \blue{volume \:  \: of \:  \: wooden \:  \: crate = l \times b \times h}}}} \\  \\  \\  \implies \sf \: 1.5 \times 1.25 \times 0.5 \:  \: m \\  \\  \\  \implies \bf \: 0.9375 \:  \:  {m}^{3}  \\  \\

Therefore, volume of x wooden crates = Volume of godown

 \\   \implies \sf \:  0.9375 \times  \: x = 10000 \\  \\  \\  \implies \sf \: n =  \frac{10000}{0.9375}  \\  \\  \\  \implies \bf \: 10666.66 \\  \\

Therefore, 10666.66 wooden crates.

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