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Baxter has a sandbox that holds Kinetic sand. The diagram

below shows the dimensions of the sandbox.
Baxter’s dad fills his sandbox to half its capacity. Which equation

can be used to find the volume of the sand in Baxter’s sandbox?




V=12(4+334+1112)



V=(4)(154)(1112)



V=12(4⋅334⋅1112)



Not here

Baxter has a sandbox that holds Kinetic sand The diagram below shows the dimensions of the sandbox Baxters dad fills his sandbox to half its capacity Which equa class=

Respuesta :

It's a cuboid

  • Length=L=3-3/4=3.75ft
  • Breadth=11/12ft=0.92ft
  • Height=H=4ft

Volume:-

  • LBH
  • 3.75(0.92)(4)
  • 13.8ft²

Answer:

The volume will be 13.8

which is not here

Step-by-step explanation:

Given :

breadth = 11/12 ft = 0.92 ft

height = 4 ft

length = 3 _ 3/4 ft = 3.75 ft

The volume of cuboid is l×b×h

=> 0.92 × 4 × 3.75

=> 13.8

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