If `m_1 and m_2` are roots of equation `x^2+(sqrt(3)+2)x+sqrt(3)-1=0` the the area of the triangle formed by lines ` y=m_1x, y = m_2x, y=c` is:

If m_(1) and m_(2) are roots of equation x^(2)+(sqrt(3)+2)x+sqrt(3)-1=0 the the area of the triangle formed by lines y=m_(1)x,y=m_(2)x,y=c is:

If m_1 and m_2 are the roots of the equation x^2+(sqrt(3)+2)x+sqrt(3)-1=0, then the area of the Delta formed by lines y=m_1x, y=m_2x, y=c is: a.((sqrt(33)+sqrt(11))/4)c^2 b.((sqrt(32)+sqrt(11))/16)c c.((sqrt(33)+sqrt(10))/4)c^2 d.((sqrt(33)+sqrt(21))/4)c^3

If m_1 and m_2 are the roots of the equation x^2+(sqrt(3)+2)x+sqrt(3)-1=0, then the area of the Delta formed by lines y=m_1x, y=m_2x, y=c is: a.((sqrt(33)+sqrt(11))/4)c^2 b.((sqrt(32)+sqrt(11))/16)c c.((sqrt(33)+sqrt(10))/4)c^2 d.((sqrt(33)+sqrt(21))/4)c^3

If m_(1) and m_(2) are roots of equation x^(2)+(sqrt(3)+2)x+sqrt(3)-1=0 then the area of the Delta formed by lines y=m_(1)x,y=m_(2)x,y=c is

If m_(1) and m_(2) are roots of equation x^(2)+(sqrt(3)+2)x+sqrt(3)-1=0 then the area of the Delta formed by lines y=m_(1)x,y=m_(2)x,y=c is

If m_(1) and m_(2) are the roots of an equation x^(2)+(sqrt3+2)x+(sqrt3-1)=0 , then the area of the triangle formed by the lines y=m_(1)x,y=m_(2)x,y=c is

If m_(1),m_(2) be the roots of the equation x^(2)+(sqrt(3)+2)x+sqrt(3)-1 =0 , then the area of the triangle formed by the lines y = m_(1)x,y = m_(2)x and y = 2 is

If m_(1),m_(2) be the roots of the equation x^(2)+(sqrt(3)+2)x+sqrt(3)-1 =0 , then the area of the triangle formed by the lines y = m_(1)x,y = m_(2)x and y = 2 is