[" The value of "a" such that the area bounded by the curve "],[y=x^(2)+2ax+3a^(2)," the coordinate axes and the line "],[x=1" ,attains its least value is equal to "]

The value of the parameter a such that the area bounded by y=a^(2)x^(2)+ax+1, coordinate axes, and the line x=1 attains its least value is equal to

The value of the parameter a such that the area bounded by y=a^(2)x^(2)+ax+1, coordinate axes, and the line x=1 attains its least value is equal to

The value of the parameter a such that the area bounded by y=a^(2)x^(2)+ax+1, coordinate axes, and the line x=1 attains its least value is equal to

The value of the parameter a such that the area bounded by y=a^(2)x^(2)+ax+1, coordinate axes, and the line x=1 attains its least value is equal to

The value of a such that the area bounded by the curve y=x^(2)+2ax+3a^(2) , the coordinate axes and the line x=1 . The coordinate axes and the line x=1 . Attains its least value is equal to

The value of a such that the area bounded by the curve y=x^(2)+2ax+3a^(2) , the coordinate axes and the line x=1 . The coordinate axes and the line x=1 . Attains its least value is equal to

The value of the parameter a such that the area bounded by y=a^2x^2+a x+1, coordinate axes, and the line x=1 attains its least value is equal to 1/4s qdotu n i t s (b) 1/2s qdotu n i t s 3/4s qdotu n i t s (d) -1s qdotu n i t s

Value of the parameter ' a ' such that the area bounded by y=a^2x^2+a x+1, coordinate axes and the line x=1, attains its least value, is equal to a. -1/4 b. -1/2 c. -3/4 d. -1

Value of the parameter ' a ' such that the area bounded by y=a^2x^2+a x+1, coordinate axes and the line x=1, attains its least value, is equal to a.-1/4 b. -1/2 c. -3/4 d. -1

The area bounded by the curve y=f(x) the coordinate axes and the line x = t is given by te^(t) then f(x) =