A match box measures 4cm×2.5cm×1.5cm. What will be the volume of a packet that contains 12 match boxes?

Concept: We will use formula, volume of cuboid=length×breadth×height, from this formula we will get the volume of 1 match box. Further to find the volume of the packet which contains 12 match boxes, we will multiply the number of boxes, i.e. 12 and the volume of 1 match box.⇒ volume of 1 match box(v)=length(l)×breadth(b)×height(h)⇒ volume of 1 match box=4cm×2.5cm×1.5cm⇒volume of 1 match box=15cm3Now, to find volume of packet containing 12 match boxes,⇒ volume of packet containing 12 match boxes=12×15cm3⇒ volume of packet containing 12 match boxes=180cm3Hence, the correct answer is option 3.

A match box measures 4cm×2.5cm×1.5cm. What will be the volume of a packet that contains 12 match boxes?

Concept: We will use formula, volume of cuboid=length×breadth×height, from this formula we will get the volume of 1 match box. Further to find the volume of the packet which contains 12 match boxes, we will multiply the number of boxes, i.e. 12 and the volume of 1 match box.⇒ volume of 1 match box(v)=length(l)×breadth(b)×height(h)⇒ volume of 1 match box=4cm×2.5cm×1.5cm⇒volume of 1 match box=15cm3Now, to find volume of packet containing 12 match boxes,⇒ volume of packet containing 12 match boxes=12×15cm3⇒ volume of packet containing 12 match boxes=180cm3Hence, the correct answer is option 3.

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A match box measures $4 cm \times 2.5 cm \times 1.5 cm$ . What will be the volume of a packet that contains 12 match boxes?

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15 cm

180 cm

180 c m^{3}

15 c m^{3}

answer is C.

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Detailed Solution

Concept: We will use formula, volume of cuboid

= length \times breadth \times height

, from this formula we will get the volume of 1 match box. Further to find the volume of the packet which contains 12 match boxes, we will multiply the number of boxes, i.e. 12 and the volume of 1 match box.