The area bounded by `y=sec^-1 x,y=cosec^-1x,` and line `x-1=0` is (a) `log(3+2sqrt2)-pi/2` sq. units (b) `pi/2-log(3+2sqrt2)` sq. units (c) `pi-(log)_e 3` sq. units (d) non of these

The area bounded by y=sec^(-1)x,y=cos ec^(-1)x, and line x-1=0 is (a)log(3+2sqrt(2))-(pi)/(2) sq.units (b) (pi)/(2)-log(3+2sqrt(2)) sq.units (c)pi-(log)_(e)3 sq.units (d) non 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 region bounded by y=cos x ,Y-axis and the lines x=0, x=2pi is….a) 1 sq.units b) 2 sq.units c) 3 sq.units d) 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,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,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) none of these

Area bounded by the curve xy^(2)=a^(2)(a-x) and the y-axis is (pi a^(2))/(2) sq.units (b) pi a^(2)sq. units is 3 pi a^(2)sq. units (d) None of these

The area bounded by the curves y=|x|-1 and y=-|x|+1 is 1 sq.units (b) 2 sq.units 2sqrt(2) sq.units (d)4 sq.units

The area bounded by the curve y=log_ex , the x-axis and the line x=e is (A) e sq. units (B) 1 sq. unit (C) (1-1/e) sq. units (D) (1+1/e) sq. units

The area bounded by the curve y=log_ex , the x-axis and the line x=e is (A) e sq. units (B) 1 sq. unit (C) (1-1/e) sq. units (D) (1+1/e) sq. units