If the equation `ax^(2) + 2 bx - 3c = 0` has no real roots and `(3c)/(4) lt a + b`, then

If the equation ax^(2) + 2bx - 3c = 0 has non-real roots and ((3c)/(4)) lt (a + b) , then c is always :

If the equationax ^(2)+2bx-3c=0 has non real roots and 0(3)>=0(4)zero

If the equation ax^(2)+2bx-3c=0 has no real roots and ((3c)/(4)) 0c=0 (d) None of these

ax^(2)+2bx-3c=0 has no real root and a+b>3(c)/(4) then

If the equation ax^(2)+25x-3c=0 has non real roots and (3c)/4lt(a+b), then c is always (A) Negative (B) 0(C) Non-negative (D) zero

if the equation ax^(2)+2bx-3c=0 has non real roots and 3(c)/(4)

If the equation cx^(2)+bx-2a=0 has no real roots and a lt (b+c)/(2) then

If the equation cx^(2)+bx-2a=0 has no real roots and a lt (b+c)/(2) then