A case of Dr. Pepper soda consists of 24 cans, arranged in 4 rows of 6. Each can has a radius of 4 cm. These cans fit neatly on top of a cardboard rectangle (bottom of box), before being packaged. How much empty space is on the cardboard rectangle after the cans are placed on top? (This is an area. Do not worry about the volume of the box.)

Question

Mekhi

Mathematics

17 January, 23:15

A case of Dr. Pepper soda consists of 24 cans, arranged in 4 rows of 6. Each can has a radius of 4 cm. These cans fit neatly on top of a cardboard rectangle (bottom of box), before being packaged. How much empty space is on the cardboard rectangle after the cans are placed on top? (This is an area. Do not worry about the volume of the box.)

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Answers (1)

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Orlando Hoffman · Answer 1

Step-by-step explanation:

each can is R is 4 so her width is 8. 6*8 = 48 4*8=32 so it means the cardboard is 32*48. now calculate the area (1536 i think) and reduce 24*4^2*pi that this is the area of the cans.