# data[].attributes.headline
have a more reliable track to move the box across  

# data[].attributes.subject
have a more reliable track to move the box across  

# data[].attributes.body
0.18

# data[].attributes.headline
make sure to release the pendulum weight so that it would impact the box from the same angle

# data[].attributes.subject
make sure to release the pendulum weight so that it would impact the box from the same angle

# data[].attributes.headline
find a better method to calculate the follow through height

# data[].attributes.subject
find a better method to calculate the follow through height

# data[].attributes.body
.214

# data[].attributes.headline
Have a steadier track for the box to move across

# data[].attributes.subject
Have a steadier track for the box to move across

# data[].attributes.body
Drop height

# data[].attributes.headline
We changed the drop height at different points

# data[].attributes.subject
We changed the drop height at different points

# data[].attributes.body
drop height

# data[].attributes.body
The follow through

# data[].attributes.headline
Make sure all variables were accounted for and do more trials. Make sure that impact is done at the correct angle each time.

# data[].attributes.subject
Make sure all variables were accounted for and do more trials. Make sure that impact is done at the correct angle each time.

# data[].attributes.body
follow through height

# data[].attributes.headline
Doing more trials and making sure our data is accurate with double checking.

# data[].attributes.subject
Doing more trials and making sure our data is accurate with double checking.

# data[].attributes.headline
Be sure to hit the box from the same angle so it doesn't move off the track and find a way to get a definite follow through height

# data[].attributes.subject
Be sure to hit the box from the same angle so it doesn't move off the track and find a way to get a definite follow through height

# data[].attributes.body
follow through distance

# data[].attributes.body
keep constant variables perfectly constant

# data[].attributes.headline
doing several trials to find a more accurate data. check calculations

# data[].attributes.subject
doing several trials to find a more accurate data. check calculations

# data[].attributes.headline
Try making sure to keep everything somewhat close in our data, when it comes to similar heights and whatnot

# data[].attributes.subject
Try making sure to keep everything somewhat close in our data, when it comes to similar heights and whatnot

# data[].attributes.body
Made sure that the box was not struck at an angle, which affects the distance of the box's movement

# data[].attributes.body
Nothing, ours was perfect. JKJK

# data[].attributes.body
We could have held the top of the pendulum still in order to get a more accurate, consistent angle.

# data[].attributes.headline
ensuring consistency and having one person measure everything instead of splitting up

# data[].attributes.subject
ensuring consistency and having one person measure everything instead of splitting up

# data[].attributes.headline
try for more accurate data with more accurate measurements

# data[].attributes.subject
try for more accurate data with more accurate measurements