A cylindrical container that contains three balls that are 2.7 inches in diameter is standing on its base and passes through an
1 answer:
A rectangle exists as a quadrilateral. The correct option is c, which is A rectangle that is 5.4 in 16.2 in.
A rectangle exists as a quadrilateral with opposite sides parallel and equivalent to each other. Also, all the angles of the rectangle exist equivalent to 90°.
As it exists given that the cylindrical container has three tennis balls that exists 5.4 inches in diameter which exist lying on its side and passes through an x-ray scanner that scans from the top only.
Now, the cylinder exists lying on its side, therefore for the x-ray machine, the side will be the top of the cylinder. thus, the cylinder will look like a rectangle, like the way it exists shown below.
Hence, the diameter of 3 balls will be the length of the rectangle while the width will be the diameter of 1 ball.
The correct option is c, which exists A rectangle that is 5.4 in 16.2 in.
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