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Mathematics 22 Online
latifa23:

Ignoring the thickness of the materials the soccer ball is made from, find the volume of the ball before and after the match, and find the difference of the volumes before and after the match. Use .

CourtneyWatson:

Is their any answer choices?

Laylalyssa:

can u show a screenshot or sum bc this makes no damn sense

F22Raptor:

you need some help

XioGonz:

I'm lacking more information

Laylalyssa:

@latifa23

latifa23:

Select the correct answer from each drop-down menu. The radius of a fully inflated soccer ball is 4.5 inches. After using the ball for a game, the match referee, Jason, measured the ball’s radius and found it had decreased to 4.4 inches. Ignoring the thickness of the materials the soccer ball is made from, find the volume of the ball before and after the match, and find the difference of the volumes before and after the match. The approximate volume of the ball before the match is _ cubic inches. The approximate volume of the ball after the match is _ cubic inches. The approximate change in the ball’s volume before and after the match is _ cubic inches.

Vocaloid:

old question, answering to close Volume of a sphere = (4/3)pi*r^3 plug in the old radius (4.5 inch) to get the volume before the match plug in the new radius (4.4 inch) to get the volume after the match approximate change = (volume before) - (volume after)

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