CPL @1107 (100.0%) on 24-may-2018 [ "arg1 of any two sides of arg2" "arg1 is called an isosceles arg2" "arg1 of the three sides of arg2" "arg1 an equilateral arg2" "arg1 An equilateral arg2" "arg1 of any side of arg2" "arg1 of the third side of arg2" "arg1 of a right arg2" "arg1 of the Hayekian arg2" "arg1 of the longest side of arg2" "arg1 of the hypotenuse of arg2" "arg1 of the short side of arg2" "arg1 of an isosceles arg2" "arg1 of the medians of arg2" "arg1 of the equilateral arg2" "arg1 of the isosceles arg2" "arg1 of all three sides of arg2" ] using (length, triangle)
CPL @1109 (98.4%) on 12-jun-2018 [ "arg2 with sides of equal arg1" "arg2 with hypotenuse arg1" "arg2 with legs of arg1" "arg2 is enough to calculate arg1" "arg2 with a hypotenuse of arg1" "arg2 equals the square of arg1" ] using (length, right_triangle)
NELL has only weak evidence for items listed in grey
CPL @1109 (87.5%) on 12-jun-2018 [ "arg1 of any side of arg2" "arg1 of the longest side of arg2" "arg1 of the hypotenuse of arg2" ] using (length, right_angled_triangle)
CPL @1104 (87.5%) on 18-mar-2018 [ "arg2 with Afghan President Hamid arg1" "arg2 with President Hamid arg1" "arg2 of President Hamid arg1" ] using (karzai, length)
CPL @1107 (100.0%) on 24-may-2018 [ "arg1 of any two sides of arg2" "arg1 is called an isosceles arg2" "arg1 of the three sides of arg2" "arg1 an equilateral arg2" "arg1 An equilateral arg2" "arg1 of any side of arg2" "arg1 of the third side of arg2" "arg1 of a right arg2" "arg1 of the Hayekian arg2" "arg1 of the longest side of arg2" "arg1 of the hypotenuse of arg2" "arg1 of the short side of arg2" "arg1 of an isosceles arg2" "arg1 of the medians of arg2" "arg1 of the equilateral arg2" "arg1 of the isosceles arg2" "arg1 of all three sides of arg2" ] using (length, triangle)
CPL @1107 (100.0%) on 24-may-2018 [ "arg1 of any two sides of arg2" "arg1 is called an isosceles arg2" "arg1 of the three sides of arg2" "arg1 an equilateral arg2" "arg1 An equilateral arg2" "arg1 of any side of arg2" "arg1 of the third side of arg2" "arg1 of a right arg2" "arg1 of the Hayekian arg2" "arg1 of the longest side of arg2" "arg1 of the hypotenuse of arg2" "arg1 of the short side of arg2" "arg1 of an isosceles arg2" "arg1 of the medians of arg2" "arg1 of the equilateral arg2" "arg1 of the isosceles arg2" "arg1 of all three sides of arg2" ] using (length, triangle)
CPL @1107 (100.0%) on 24-may-2018 [ "arg1 of any two sides of arg2" "arg1 is called an isosceles arg2" "arg1 of the three sides of arg2" "arg1 an equilateral arg2" "arg1 An equilateral arg2" "arg1 of any side of arg2" "arg1 of the third side of arg2" "arg1 of a right arg2" "arg1 of the Hayekian arg2" "arg1 of the longest side of arg2" "arg1 of the hypotenuse of arg2" "arg1 of the short side of arg2" "arg1 of an isosceles arg2" "arg1 of the medians of arg2" "arg1 of the equilateral arg2" "arg1 of the isosceles arg2" "arg1 of all three sides of arg2" ] using (length, triangle)
CPL @1107 (100.0%) on 24-may-2018 [ "arg1 of any two sides of arg2" "arg1 is called an isosceles arg2" "arg1 of the three sides of arg2" "arg1 an equilateral arg2" "arg1 An equilateral arg2" "arg1 of any side of arg2" "arg1 of the third side of arg2" "arg1 of a right arg2" "arg1 of the Hayekian arg2" "arg1 of the longest side of arg2" "arg1 of the hypotenuse of arg2" "arg1 of the short side of arg2" "arg1 of an isosceles arg2" "arg1 of the medians of arg2" "arg1 of the equilateral arg2" "arg1 of the isosceles arg2" "arg1 of all three sides of arg2" ] using (length, triangle)
CPL @1107 (100.0%) on 24-may-2018 [ "arg1 of any two sides of arg2" "arg1 is called an isosceles arg2" "arg1 of the three sides of arg2" "arg1 an equilateral arg2" "arg1 An equilateral arg2" "arg1 of any side of arg2" "arg1 of the third side of arg2" "arg1 of a right arg2" "arg1 of the Hayekian arg2" "arg1 of the longest side of arg2" "arg1 of the hypotenuse of arg2" "arg1 of the short side of arg2" "arg1 of an isosceles arg2" "arg1 of the medians of arg2" "arg1 of the equilateral arg2" "arg1 of the isosceles arg2" "arg1 of all three sides of arg2" ] using (length, triangle)
CPL @1107 (100.0%) on 24-may-2018 [ "arg1 of any two sides of arg2" "arg1 is called an isosceles arg2" "arg1 of the three sides of arg2" "arg1 an equilateral arg2" "arg1 An equilateral arg2" "arg1 of any side of arg2" "arg1 of the third side of arg2" "arg1 of a right arg2" "arg1 of the Hayekian arg2" "arg1 of the longest side of arg2" "arg1 of the hypotenuse of arg2" "arg1 of the short side of arg2" "arg1 of an isosceles arg2" "arg1 of the medians of arg2" "arg1 of the equilateral arg2" "arg1 of the isosceles arg2" "arg1 of all three sides of arg2" ] using (length, triangle)
CPL @1107 (100.0%) on 24-may-2018 [ "arg1 of any two sides of arg2" "arg1 is called an isosceles arg2" "arg1 of the three sides of arg2" "arg1 an equilateral arg2" "arg1 An equilateral arg2" "arg1 of any side of arg2" "arg1 of the third side of arg2" "arg1 of a right arg2" "arg1 of the Hayekian arg2" "arg1 of the longest side of arg2" "arg1 of the hypotenuse of arg2" "arg1 of the short side of arg2" "arg1 of an isosceles arg2" "arg1 of the medians of arg2" "arg1 of the equilateral arg2" "arg1 of the isosceles arg2" "arg1 of all three sides of arg2" ] using (length, triangle)
CPL @1107 (100.0%) on 24-may-2018 [ "arg1 of any two sides of arg2" "arg1 is called an isosceles arg2" "arg1 of the three sides of arg2" "arg1 an equilateral arg2" "arg1 An equilateral arg2" "arg1 of any side of arg2" "arg1 of the third side of arg2" "arg1 of a right arg2" "arg1 of the Hayekian arg2" "arg1 of the longest side of arg2" "arg1 of the hypotenuse of arg2" "arg1 of the short side of arg2" "arg1 of an isosceles arg2" "arg1 of the medians of arg2" "arg1 of the equilateral arg2" "arg1 of the isosceles arg2" "arg1 of all three sides of arg2" ] using (length, triangle)
CPL @1107 (100.0%) on 24-may-2018 [ "arg1 of any two sides of arg2" "arg1 is called an isosceles arg2" "arg1 of the three sides of arg2" "arg1 an equilateral arg2" "arg1 An equilateral arg2" "arg1 of any side of arg2" "arg1 of the third side of arg2" "arg1 of a right arg2" "arg1 of the Hayekian arg2" "arg1 of the longest side of arg2" "arg1 of the hypotenuse of arg2" "arg1 of the short side of arg2" "arg1 of an isosceles arg2" "arg1 of the medians of arg2" "arg1 of the equilateral arg2" "arg1 of the isosceles arg2" "arg1 of all three sides of arg2" ] using (length, triangle)
CPL @1107 (100.0%) on 24-may-2018 [ "arg1 of any two sides of arg2" "arg1 is called an isosceles arg2" "arg1 of the three sides of arg2" "arg1 an equilateral arg2" "arg1 An equilateral arg2" "arg1 of any side of arg2" "arg1 of the third side of arg2" "arg1 of a right arg2" "arg1 of the Hayekian arg2" "arg1 of the longest side of arg2" "arg1 of the hypotenuse of arg2" "arg1 of the short side of arg2" "arg1 of an isosceles arg2" "arg1 of the medians of arg2" "arg1 of the equilateral arg2" "arg1 of the isosceles arg2" "arg1 of all three sides of arg2" ] using (length, triangle)
CPL @1107 (100.0%) on 24-may-2018 [ "arg1 of any two sides of arg2" "arg1 is called an isosceles arg2" "arg1 of the three sides of arg2" "arg1 an equilateral arg2" "arg1 An equilateral arg2" "arg1 of any side of arg2" "arg1 of the third side of arg2" "arg1 of a right arg2" "arg1 of the Hayekian arg2" "arg1 of the longest side of arg2" "arg1 of the hypotenuse of arg2" "arg1 of the short side of arg2" "arg1 of an isosceles arg2" "arg1 of the medians of arg2" "arg1 of the equilateral arg2" "arg1 of the isosceles arg2" "arg1 of all three sides of arg2" ] using (length, triangle)
CPL @1107 (100.0%) on 24-may-2018 [ "arg1 of any two sides of arg2" "arg1 is called an isosceles arg2" "arg1 of the three sides of arg2" "arg1 an equilateral arg2" "arg1 An equilateral arg2" "arg1 of any side of arg2" "arg1 of the third side of arg2" "arg1 of a right arg2" "arg1 of the Hayekian arg2" "arg1 of the longest side of arg2" "arg1 of the hypotenuse of arg2" "arg1 of the short side of arg2" "arg1 of an isosceles arg2" "arg1 of the medians of arg2" "arg1 of the equilateral arg2" "arg1 of the isosceles arg2" "arg1 of all three sides of arg2" ] using (length, triangle)