HELP PLEASE!!!! QUICK ANSWERS WILL GET MEDAL AND FAN!!!!!
Sandra has 16 red roses and 40 white roses. she wants to make arrangements of flowers withe the same number of red roses and the same number of white roses in each arrangement what is the greatest number of arrangements sandra can make
@girlmeetsworld @AlexisIB @Syntax @hohoho123
@Mehek14
\[\frac{ 16 }{ 40 }\] simplify it i think
thats the first step
The answer choices are A. 4 B. 5 C. 8 D. 10
does order of roses and number of roses used matter?
I don't think so.
hmm, is this algebra then? maximizing given constraints?
So sorry! The order doesn't matter, The number of roses does matter.
seems that if we can divide each set of roses into the same number of stacks then we would be able to group them one to one.
can we divide 16 evenly by 10 or 5?
16 / 10 is 1.6 and 16 / 5 is 3.2
im assuming (might be wrong) that we have to use every rose?
No. we just have to use the greatest number possible.
can we make 10 arrangements? 4 white roses each, and 1 red rose in each arrangement. but then we have 6 red roses left over. i think we have to use all the roses ...
can you determine a fair arrangement for making 8 of them?
2 red and 5 white.
correct,so if we have to use all of the flowers up ... then 8 is the biggest option that works for us.
its C.8 \[\frac{ 16 }{ 40 }\] can bothbe divided by 8
I'm puzzled by this question. We could take just 8 pairs of red roses and combine them with 8 pairs of white. WE could also combine 4 sets of 4 red with 4 sets of 4 whites.
that means in each vase there is 2 red roses and 5 red roses
- perhaps I've mis interpreted the question...
Thanks! Medal to @amistre64 and fan to @Watermelon_Talk
good luck :)
5 white roses i mean
Oh I see now!
Yes WatermELON HAS THE RIGHT ANSWER
these kind of problems are simple but hard if you over think it
Yes, exactly...
Join our real-time social learning platform and learn together with your friends!