[" For all "x,x^(2)+2ax+(10-3a)>0," then the "],[" interval in which "a" ' lies,is "],[[" (a) "A<-5," (b) "-55," (d) "2

For all 'x', x^(2) + 2ax + 10 - 3a gt 0 , then the interval in which 'a' lies is

For all ' x^(prime),x^2+2a x+(10-3a)>0, then the interval in which ' a ' lies is

For all 'x',x^(2)+2ax+(10-3a)>0, then the interval in which 'a' lies is (a)a 5(d)2

For all 'x', x^2+2ax+(10-3a)gt0 , then the interval .In which 'a' lies is

For all ' x^(prime),x^2+2a x+(10-3a)>0, then the interval in which ' a ' lies is (2004, 1M) a 5 (d) 2

For all 'x', x^(2)+2ax+10-3a gt 0 , Statement 1 : the interval in which 'a' lies is -5 lt a lt 2 because Statement 2 : the sign of coefficient of x^(2) and the quadratic expression are same for all R iff the discriminant is negative.

For all 'x', x^(2)+2ax+10-3a gt 0 , Statement 1 : the interval in which 'a' lies is -5 lt a lt 2 because Statement 2 : the sign of coefficient of x^(2) and the quadratic expression are same for all R iff the discriminant is negative.

If x^(2)-1 =0 then x lies in the interval set

x^(2)+ax-a<0.AA x in[2,3] then a lies in the interval