ABC is a triangular park with AB = AC = 100 m. A vertical tower is situated at the mid-point of BC. If the angles of elevation of the top of the tower at A and B are `cot^(-1)(3sqrt(2))` and `cot^(-1)(2sqrt(2))` respectively, then the height of the tower (in m) is

ABC is a triangular park with AB = AC = 100 m. A vertical tower is situated at the mid-point of BC. If the angles of elevation of the top of the tower at A and B are cot^(-1)(3sqrt(2)) and cosec^(-1)(2sqrt(2)) respectively, then the height of the tower (in m) is

ABC is a triangular park with AB=AC=100 metres.A vertical tower is stiuated at the mid- point of BC.If the angles of elevation of the top of the tower at A and B are cot ^(-1)(3sqrt(2)) and cos ec^(-1)(2sqrt(2)) respectively,then the height of the tower (in meters) is:

ABC is a triangular park with AB = AC = 100 m. A block tower is situated at the midpoint of BC.The angles of elevation of the top of the tower at A and B are cot^-1(3.2) and cosec^-1(2.6) respectively.The height of the tower is:

ABC is a triangular park with AB = AC = 100 m. A block tower is situated at the midpoint of BC.The angles of elevation of the top of the tower at A and B are cot^-1(3.2) and cosec^-1(2.6) respectively.The height of the tower is:

There are three points A, B and C horizontal plane, such that AB=AC=100m a varticaly tower is placed on the midpoint of BC, such that angle of elevation of the top of the tower from A is cot^(-1)(3sqrt(2)) and that from B is cosec^(-1)(2sqrt(2)) then the height of the tower is

PQR is a triangular park with PQ=PR=200m . A T.V tower stands at the mid-point of QR.If the angles of elevation of the top of the tower at P,Q and R respectively 45^(@),30^(@) and 30^(@) then the height of the tower in m is

PQR is a triangular park with PQ=PR=200m . A.T.V. tower stands at the mid-point of QR . If the angles of elevation of the top of the tower at P , Q and R are respectively 45^(ulo) , 30^(ulo) and 30^(ulo) then the height of the tower (in m ) is