ln_(iS)a^(Delta ABC,R(b+c)=a sqrt(bc))" where "R" is the circum radius of the triangle,then the triangle "

In a triangle ABC, R(b+c)= a sqrt(bc) where R is the circum radius of the triangle. Then the triaangle is

In triangle ABC, R (b + c) = a sqrt(bc) , where R is the circumradius of the triangle. Then the triangle is

In triangle ABC, R (b + c) = a sqrt(bc) , where R is the circumradius of the triangle. Then the triangle is

In triangle ABC,R(b+c)=a sqrt(bc), whereR is the circumradius of the triangle.Then the triangle is a)isosceles but not right bright but not isosceles c)right isosceles dequilateral

in a triangle ABC , let angle C = (pi)/(2) if r the in radius and R is the circumradius of the triangle ABC , then 2( r+R) equals

In a triangle ABC, let /_C=pi//2 . If r is the inradius and R is the circum-radius of the triangle, then 2(r+R) is equal to :

In a triangle ABC , let angleC=(pi)/2 . If r is the in-radius and R is the circum-radius of the triangle , then 2 (r + R) is equal to

The angle of elevation of the top of the tower observed from each of the three points A,B,C on the ground, forming a triangle is the same angle prop . If R is the circum-radius of the triangle ABC, then the height of the tower is

The angle of elevation of the top of the tower observed from each of three points A,B , C on the ground, forming a triangle is observed to be ′ θ ′ . If R is the circum-radius of the triangle ABC, then find the height of the tower

In a Delta ABC, a = 8 sqrt(2), angle A = 95^(@) . find circum radius