If A(5, 2), B(2, -2) and C(-2, t) are the vertices of a right triangle with `angleB = 90^(@)` then find the value of t.

If A(5,2),B(2,-2) and C(-2,t) are the vertices of right angles triangle with /_B=90^(@), then find the value of t

If A(5,2),B(2,-2)a n dC(-2, t) are the vertices of right angles triangle with /_B=90^0, then find the value of tdot

In a right triangle ABC, angleB=90^(@) find the longest side.

The points A(3,0) , B (a, -2) and C(4, -1) are the vertices of triangle ABC right angled at vertex A. Find the value of a.

Prove that A(3,3) B (8,-2) and C(-2,-2) are the vertices of a right - angled isosceles triangle . Also, find the length of the hypotenuse of triangle(ABC)

If A(5,\ 3),\ \ B(11 ,\ -5) and P(12 ,\ y) are the vertices of a right triangle right angled at P , then y= -2,\ 4 (b) -2,\ -4 (c) 2,\ -4 (d) 2,\ 4

A(1,7), B(2,4) and C(k,5) are the vertices of a right triangle . Find k (1) if angle A = 90^(@) (2) if angle B = 90^(@) and (3) if angle C = 90^(@)

Prove that the points (2,-2), (-2, 1) and (5, 2) are the vertices of a right angled triangle. Also find the area of this triangle.

Prove that (2,\ -2),\ (-2,\ 1) and (5,\ 2) are the vertices of a right angled triangle. Find the area of the triangle and the length of the hypotenuse.

Prove that (2,-2),(-2,1) and (5,2) are the vertices of a right angled triangle.Find the area of the triangle and the length of the hypotenuse.