Hi jainshally33,
MOST right triangles do not actually have 3 integer sides. That having been said, when a right triangle shows up on the GMAT, it's likely that the triangle is one of the commonly-tested "special" right triangles (30/60/90, 45/45/90, 3/4/5, 5/12/13). There are other right triangles with integers sides: 'multiples' of the 3/4/5 and 5/12/13 - for example, the 6/8/10 and 9/12/15 are 3/4/5s that have been "doubled" and 'tripled' respectively. There's also a relatively
...
MOST right triangles do not actually have 3 integer sides. That having been said, when a right triangle shows up on the GMAT, it's likely that the triangle is one of the commonly-tested "special" right triangles (30/60/90, 45/45/90, 3/4/5, 5/12/13). There are other right triangles with integers sides: 'multiples' of the 3/4/5 and 5/12/13 - for example, the 6/8/10 and 9/12/15 are 3/4/5s that have been "doubled" and 'tripled' respectively. There's also a relatively
...
.jpg)
