there are 13 triangles with one leg is 1729 in Pythagorean triangles.another leg is 672. now the third leg is
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Answered by
3
Solution :-
It is assumed that the length of hypotenuse is to be find out in this question.
According to the Pythagoras Theorem
(Hypotenuse)² = (Base)² + (Perpendicular)²
(H)² = (1729)² +(672)²
(H)² = 2989441 + 451584
(H)² = 3441025
(H)² = √3441025
Hypotenuse = 1855
So, the length of third leg is 1855 unit.
It is assumed that the length of hypotenuse is to be find out in this question.
According to the Pythagoras Theorem
(Hypotenuse)² = (Base)² + (Perpendicular)²
(H)² = (1729)² +(672)²
(H)² = 2989441 + 451584
(H)² = 3441025
(H)² = √3441025
Hypotenuse = 1855
So, the length of third leg is 1855 unit.
Answered by
1
In this question we assumed that the length of hypotenuse of a Pythagorean ∆ is to be find.
Given :
Base of Pythagorean ∆ = 1729
Perpendicular of Pythagorean ∆ = 672
According to the Pythagoras Theorem .
Hypotenuse² = Base² + Perpendicular²
H²= (1729)² +(672)²
H²= 2989441 + 451584
H² = 3441025
H= √3441025
Hypotenuse = 1855
Hence, the length of third leg of Pythagorean ∆ is 1855 unit
=================================================================
Hope this will help you......
Given :
Base of Pythagorean ∆ = 1729
Perpendicular of Pythagorean ∆ = 672
According to the Pythagoras Theorem .
Hypotenuse² = Base² + Perpendicular²
H²= (1729)² +(672)²
H²= 2989441 + 451584
H² = 3441025
H= √3441025
Hypotenuse = 1855
Hence, the length of third leg of Pythagorean ∆ is 1855 unit
=================================================================
Hope this will help you......
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