Quote:
Originally Posted by #olderthanilook
NFHS
Rule: 4-23-2
ART. 2
To obtain an initial legal guarding position:
a. The guard must have both feet touching the playing court.
b. The front of the guard's torso must be facing the opponent.
Both defender's feet were definitely touching the playing court (direction of toes does not matter). However, her torso was not facing the opponent. Therefore, I have a BLOCK, not PC.
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Older:
I am going to use your post to make a point about the
"front of the guard's torso must be facing the opponent".
Another point that has been discussed in this thread with regard to LGP is NFHS R4-S23-A2 which states that:
Article 2a: To obtain an initial legal guarding position the guard must have both feet touching the playing court.
Article 2b: To obtain an initial legal guarding position the guard's torso must be facing the opponent.
Now, as a retired structural engineer I get to apply my mathematical skills to discuss NFHS R4-S23-A2.
1) Both Paragraphs (a) and (b) of Article 2 must occur at the same time at some point during the action to obtain LGP.
2) There is no minimum length of time required for the requirements of Paragraphs (a) and (b) to be maintained to obtain LGP. The moment of time can be as short as 0.000,...,...,000,...,1 seconds (One can have an infinite number of 0's between the decimal point at the 1.).
3) The facing of the guard's torso can be defined, mathematically, as follows: At the moment that the requirements of Paragraphs (a) and (b) are met, the orientation of the front of the guard's torso, so as to be facing his/her opponent, must meet the following requirements:
a) Imagine a straight line (Line A) between the between the guard and his/her opponent and imagine a second line (Line B) running through the shoulders of the guard.
b) The angle between Line B and Line A at the point where the two lines intersect can be 90 degrees (the lines are perpendicular to each other).
c) Or, Line B can be rotated about the point where the two lines intersect from their perpendicular orientation in either direction by as much as 89.999,...,999 degrees (One can have an infinite number of 9's after the decimal point.).
(b) and (c) both meet the requirement of Article 2b.
MTD, Sr.