Three basketball teams measured the height of each player on their team. The table shows the mean and the mean absolute deviation of the heights for each team. Which statements are correct? Choose exactly two answers that are correct. Team Mean height (cm) MAD (cm) Bulldogs 165 6.9 Panthers 177 7.1 Warriors 176 4.8 A. The heights of the Bulldogs’ players vary more than do the Warriors’ heigh
Three basketball teams measured the height of each player on their team. The table shows the mean and the mean absolute deviation of the heights for each team. Which statements are correct? Choose exactly two answers that are correct. Team Mean height (cm) MAD (cm) Bulldogs 165 6.9 Panthers 177 7.1 Warriors 176 4.8 A. The heights of the Bulldogs’ players vary more than do the Warriors’ heights. B. The heights of the Warriors’ players vary more than do the Panthers’ heights. C. The heights of the Bulldogs’ players and those of the Panthers vary about the same amount. D. The heights of the Panthers’ players and those of the Warriors vary about the same amount.
a d
is that right?
@lυἶცἶ0210
@jhonyy9
@jabez177
i think a is ok but d not is sure
oh
there are sure 2 correct answers ?
yea
so than what you think about C. ?
65 --- 69 77 --- 71 i think this can being the second sure - your opinion about please ?
i guess it could be right
what ? c. ?
@Directrix your opinion please about this ? thank you
do you agree with me r have different opinion about second right choice ?
or have - sorry
I had to look up the Mean Average Deviation Formula. B: 165 +/- 6,9 P: 177 +/- 7.1 W: 176 +/- 4.8
I think the answers to the question have to do with the M.A.D. values and not the team means.
A) The heights of the Bulldogs’ players vary more than do the Warriors’ heights. 6.9 variation is more than 4.8
so this mean that A, is right sure - yes ?
and C) The heights of the Bulldogs’ players and those of the Panthers vary about the same amount. 6.9 and 7.1 are close
Yes, I think A is correct as well as C.
What does @Kitten_is_back think?
thank you @Directrix hope @Kitten_is_back agree with you and me - thank s
i got my answer all ready
ok bye bye
@Kitten_is_back >>i got my answer all ready What is your answer?
@jhonyy9 If the OP already knew the answer, I don't know why the question was posted. As always, it was great to work with you again.
@Directrix yes i agree your opinion about it - and thank s for your words and work too so this logicalie posted queston what i have solved it and ganishe have give me medal was realy solved right - ?
i think so yes because i have proven every line verticaly and horizontaly too
@Directrix
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