Diagram shows a vertical bar marked 2 of length 24.00 and thickness 4.00 sandwiched between two horizontal bars marked 1 and 3. The horizontal bar 1 of length 12.00 and thickness 4.00 is along the top edge of the vertical bar 2. The horizontal bar 3 of length 8.00 and thickness 4.00 is along the right edge at the bottom of the vertical bar 2. The centroid is 14.00 below the top edge of the horizontal bar 1 on the z axis and at a height of 14.00 above the bottom edge of the horizontal bar 3. A caption at the bottom of the diagram reads: In the horizontal direction, assume the centroid is located in the middle of shape (2).

Here is Canvas object wihch demonstrate the problem.

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  Ic |d| d2 A Izy
1
2
3
 
       
answer  
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{{field.measure}}
  {{current_feedback}}
 

You have scored {{total_points}} of the {{max_total_points}} points possible so far in this round.

Playing for {{slides[[0]].max_points}} points

Here is Canvas object wihch demonstrate the problem.

{{slides[1]["label"]}}

  Ic |d| d2 A Izy
1
2
3
 
       
answer  
{{field.correct_value}}
{{field.measure}}
  {{current_feedback}}
 

You have scored {{total_points}} of the {{max_total_points}} points possible so far in this round.

Playing for {{slides[[1]].max_points}} points

Round Your score Points possible
1 {{get_your_score(1)}} {{get_max_points(1)}}
2 {{get_your_score(2)}} {{get_max_points(2)}}
3 {{get_your_score(3)}} {{get_max_points(3)}}
4 {{get_your_score(4)}} {{get_max_points(4)}}
5 {{get_your_score(5)}} {{get_max_points(5)}}
6 {{get_your_score(6)}} {{get_max_points(6)}}
7 {{get_your_score(7)}} {{get_max_points(7)}}
TOTAL: {{total_your_points}}
({{total_your_percent}})
 {{total_avalible_points}}
debug info
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