[" 88.Let the base of the triangle lie along the line "x=a" and be of the length a.The area of "],[" the triangle is "a^(2)" if the verter lies on "]

Let the base of a triangle lie along the line x = a and be of length 2a. The area of this triangles is a^(2) , if the vertex lies on the line

Let the base of a triangle lie along the line x = a and be of length 2a. The area of this triangles is a^(2) , if the vertex lies on the line

Let the base of a triangle lie along the line x = a and be of length a. The area of this triangles is a^(2) , if the vertex lies on the line

Let the base of a triangle lie along the line x = a and be of length a. The area of this triangles is a^(2) , if the vertex lies on the line

Let the base of a triangle lie along the line x=a and be of length a. The area of this triangle is a2, if the vertex lies on the line

The base of a triangle lies along the line x=a and is of length a. The area of the triangle is a^2. The locus of the third vertex is

The base of a triangle lies along x= 1and is of length 1. The area of triangle is 1. The locus of vertex is

The base of a triangle lies along x=5 and is of length 1 .The area of triangle is 1 . The locus of vertex is

The base of an equilateral triangle is along the line given by 3x+4y=9 . If a vertex of the triangle is (1,2) then length of a side of the triangle is