<span>3 is the largest common factor. Therefore, there will be 3 groups with 4 coaches and 14 players. You have to read the question carefully. When I first read the question, I thought I needed to have equal player to coach ratio in each group. I went crazy b/c I have player left over. When I read it several times, I realized I needed to have the same number of coaches per group and the same number of player per group. So the answer to the second part of the questions is 4 coaches and 14 players in each of the 3 groups.</span>
Answer:
Ok well it’s obviously not 140 Bc that’s more Doctors than they had to start and it isn’t 20, it’s not 40, so it’s 60.
Step-by-step explanation:
Also if you do 100/5 you get 20 and 5-2 is 3 so 20 times 3 is 60 so yeah
Answer:
C
Step-by-step explanation:
In this kind of problem the only thing you have to do is distribute all of the solution to see which one does not end up the same as the original.
Answer:
See the table and the digure attached
Step-by-step explanation:
For this case we can create the following table to express the information:
Category Frequency Rel. Frequency
_______________________________
A 60 0.5 (50%)
B 24 0.2 (20%)
C 36 0.3 (30%)
_______________________________
Total 120 1.0 (100%)
The values for the relative frequencies are calculated like this:
And as we can see on the figure attached we have the distributions required
