Area of the quadrilateral having vertices (0,4,1),(2,3,-1)(4,5,0),(2,6,2)` is (A) 27 sq. units (B) 9 sq. units (C) 81 sq. units (D) none of these

The area of the triangle having vertices P(1,2,3),Q(4,0,4),R(-2,4,2) is (A) 5 units (B) 10 units (C) 4 units (D) none of these

Area enclosed by the curve (y-sin^(-1)x)^(2)=x-x^(2), is (A) (pi)/(2) sq.units (B) (pi)/(4) sq.units (C) (pi)/(8) sq.units (D) none of these

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

Let A-=(-4, 0), B -= (-1, 4). C and D are points which are symmetric to points A and B respectively with respect to y-axis, then area of the quadrilateral ABCD is (A) 8 sq units (B) 12 sq. units (C) 20 sq. units (D) none of these

Area of the region bounded by the curve y^2=4x , y-axis and the line y=3 is (A) 2 sq. units (B) 9/4 sq. units (C) 6sqrt(3) sq. units (D) none of these

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

The area of quadrilateral with vertices (2, 4), (0, 4), (0, - 4), (2, - 4) is equal to (sq. units) (a)8 (b)12 (c)16 (d)32

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 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

If a point P moves such that the sum of its distances from two perpendicular lines is less than or equal to 2 and S be the region consisting of all such points P , then area of the region S is : (A) 4 sq.untis (B) 8 sq. units (C) 6 sq. units (D) none of these