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Mathematics 16 Online
OpenStudy (anonymous):

Will give out medals.

OpenStudy (anonymous):

Which is the best strategy to solve this problem? Cary has 49 basketballs and 35 volleyballs. He divided all the basketballs and volleyballs equally among 7 boxes. How many balls were in each box? A. Draw a diagram. Draw 49 basketballs and 35 volleyballs. Divide each group into 7 smaller groups. Then divide each of those groups into 2. B. Guess and test. Guess that the number of items in each box is 8. Multiply 7 × 8. Ask yourself if this is the same as the sum of 49 + 35? If not, revise your guess, and test your answer again. C. Write a number sentence. (49 + 35) ÷ 7 =

OpenStudy (anonymous):

i think A, not sure

OpenStudy (anonymous):

C is a best strategy to solve this question because the wording on the question is really good you don't need to draw a diagram, but if you are a visual person who really would like to a problem visually then A otherwise for this question C is best strategy

OpenStudy (anonymous):

yes. C.

OpenStudy (anonymous):

I would say it in my own words, I always prefer tha over some options... \[35=7 \times 5\]\[49=7 \times 7\] \[(7 \times 5)+(7 \times 7)=7~~->~(7~~boxes)\]\[7(7 + 5)=7~~->~(7~~boxes)\]\[(7 + 5)=1~~~->~(7~~boxes)\]

OpenStudy (anonymous):

So it would be 5 volleyballs and 7 basketballs in each box.

OpenStudy (anonymous):

yeah c would be best. did not see that choice. lol

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