Each tennis ball is 2.63 inches in diameter. A sketch of the specially designed container is below. How many tennis balls can fit inside the container? How many more tennis balls could fit into the container if the container’s dimensions are doubled?
@FibonacciChick666
@cwrw238
I'm just gonna say, if you google this, there is a presentation with the answers to ll of these challenge problems.
ok
yeah on OS too
the OS are your questions
I prefer this one https://prezi.com/pzjwhdypugn0/copy-of-0803-module-eight-quiz/
but isnt it crazy to use different methods?
but my issue is, with the way they are done, I don't believe they are accurate
I think they need to go another step to find the left over space, and not round up but down
then use the difference in volumes to find the cubic space left
are you sure that they ae correct? http://openstudy.com/study#/updates/53c4f862e4b00f624a92dbcd
@FibonacciChick666
It is how these problems are done, but like I said, I don't like the way they are. It seems to imply we have flexible pennies
yeah
thx
np, check out all the prezi explanations on these
they may explaine more
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