The area of the closed figure bounded by `y=(x^2)/2-2x+2` and the tangents to it at `(1,1/2)` and `(4,2)` is (A) `9/8` sq.unit (B) `3/8` sq.units (C) `3/2` sq.units (D) `9/4` sq.units

The area of the closed figure bounded by x=-1,y=0,y=x^(2)+x+1, and the tangent to the curve y=x^(2)+x+1 at A(1,3) is (a) (4)/(3) sq.units (b) (7)/(3) sq.units (c) (7)/(6) sq.units (d) non of these

The area of the closed figure bounded by x=-1,x=2andy={-x^(2)+2,x 1 and the abscissa axis a.(16)/(3) sq.units b.(10)/(3) sq.units c.(13)/(3) sq. units d.(7)/(3) sq.units

The area bounded by the curve y=x^3 , x-axis and two ordinates x=1 and x=2 is equal to (A) 15/2 sq. units (B) 15/4 sq. units (C) 17/2 sq. units (D) 17/4 sq. units

The area of the triangle formed by the points P(0,1), Q(0,5) and R(3,4) is (a) 16 sq. units (b) 8 sq. units (c) 4 sq. units (d) 6 sq. units

The area bounded by the curve y=4x-x^2 and x-axis is (A) 30/7 sq. units (B) 31/7 sq. units (C) 32/3 sq. units (D) 34/3 sq. units

The area (in sq. units) bounded by y = 2 - |x - 2| and the x-axis is

The area of the region bounded by the straight lines x=2y, x=3y and x=6 , is (A) 3 sq.units (B) 4 sq.units (C) 2 sq.units (D) 1 sq.unit

The area enclosed by 2|x|+3|y|<=6 is (a) 3 sq.units (b) 4 sq.units (c)12 sq.units (d) 24 sq.units

The area bounded by the curves y=log_(e)x and y=(log_(e)x)^(2) is (A) e-2 sq.units (B) 3-e sq.units (C) e sq.units (D) e-1 sq. units

The area of the region bounded by the curves y=|x-1| and y=3-|x| is (A) 6 sq. units (B) 2 sq. units (C) 3 sq. units (D) 4 sq. units