Let C be the mid-point of an arc AB of a circle such that m AB⏜ = 183°. If the region bounded by the arc ACB and the line segment AB is denoted by S, then the centre O of the circle lies(a) in the interior of S(b) in the exertior of S(c) on the segment AB(d) on AB and bisects AB

Let C be the mid-point of an arc AB of a circle such that m AB⏜ = 18

1.	Let C be the mid-point of an arc AB of a circle such that m AB⏜ = 183°. If the region bounded by the arc ACB and the line segment AB is denoted by S, then the centre O of the circle lies(a) in the interior of S(b) in the exertior of S(c) on the segment AB(d) on AB and bisects AB
Answer» Let C be the mid-point of an arc AB of a circle such that m $\overset{⏜}{A B}$ = 183°. If the region bounded by the arc ACB and the line segment AB is denoted by S, then the centre O of the circle lies (a) in the interior of S (b) in the exertior of S (c) on the segment AB (d) on AB and bisects AB