The mean absolute deviation is 1.83 inches for the hockey team and 2.53 inches for the volleyball team. Which of the following conclusions can be drawn from the data?

There is more variability in hockey team member heights.

There is more variability in volleyball team member heights.

The hockey players are all taller than the volleyball players.

The volleyball players are all taller than the hockey players.

Question

The mean absolute deviation is 1.83 inches for the hockey team and 2.53 inches for the volleyball team. Which of the following conclusions can be drawn from the data?

 There is more variability in hockey team member heights.

 There is more variability in volleyball team member heights.

 The hockey players are all taller than the volleyball players.

 The volleyball players are all taller than the hockey players.

anonymous · Answer

use this dot plot http://learn.flvs.net/webdav/assessment_images/educator_mjmath2_v14/mjmath2_practice_m8_g9_p.jpg

perl · Answer

When I click on that this is what I see http://prntscr.com/79b4i8

anonymous · Answer

oh

anonymous · Answer

attachment

anonymous · Answer

@perl

anonymous · Answer

@SyedMohammed98

anonymous · Answer

@doresmith

anonymous · Answer

@israa88

anonymous · Answer

please help

anonymous · Answer

I have no idea on how to do this, what grade are you in?

loser66 · Answer

it's quite trivial, right? the shortest member of hockey team is 67 inches while it is 73 in volley ball team
the highest member of  volley ball team is waaaaaaaaaay higher than it is in hockey team

anonymous · Answer

I'm in 6th grade studying 7th grade math

loser66 · Answer

oh, ok

anonymous · Answer

but when I chose the last one d it said it was incorrect

perl · Answer

which data is more 'spread out'

anonymous · Answer

well the volleyball data

loser66 · Answer

but the spread out spots are the same for both: 9 spots

perl · Answer

http://prntscr.com/79bbyo

anonymous · Answer

so its the second answer

anonymous · Answer

can you help me with more questions

anonymous · Answer

@vdrana did you have to use the owlbucks to have @perl help you?

perl · Answer

oh i agree with b , d says that all the volleyball players are taller, which is false

anonymous · Answer

no @doresmith

perl · Answer

i have zero owlbucks

anonymous · Answer

What shape best describes the cross-section cut at an angle to the base of a right rectangular prism?

 Trapezoid

 Parallelogram

 Square

 Rectangle

anonymous · Answer

these are all questions I got wrong on a practice test

anonymous · Answer

i am in geometry but i would go with rectangle

anonymous · Answer

I chose rectangle but it said I was incorrect

anonymous · Answer

ohh

anonymous · Answer

You can draw a quadrilateral with no parallel lines and at least one right angle.

 True

 False

first I chose false but I got it wrong can you explain why it is true and draw a shape proving it

perl · Answer

http://prntscr.com/79bj3b

perl · Answer

you can imagine the 'top' is going down to the base

anonymous · Answer

can you help please

perl · Answer

http://prntscr.com/79bjwm

anonymous · Answer

can you help with the true or false question

perl · Answer

You can draw a quadrilateral with no parallel lines and at least one right angle. True False first I chose false but I got it wrong can you explain why it is true and draw a shape proving it|dw:1432582581863:dw|

perl · Answer

so it is true, because you can draw it, here is one way

anonymous · Answer

thank you

anonymous · Answer

I closed the question just saying