Let a vertical tower AB have its end A on the level ground. Let C be the mid-point of AB and P be a point on the ground such that AP-2AB. If BPC-β, then tan β is equal to 12. 6 (2) 4 2 4

Let a vertical tower AB have its end A on the level ground. Let C be the mid-point of AB and P be a point on the ground such that AP = 2AB. If ∠BPC = beta , then tan beta is equal to

Let a vertical tower Ab have its end A on the level ground.Let C be the mid point of AB and P be a point on the ground such that AP=2AB. If /_BPC=beta, then tan beta is equal to : (2)/(9) (2) (4)/(9) (3) (6)/(7) (4) (1)/(4)

Let a vertical tower AB have its end A on the level ground. Let C be the mid-point of AB and P be a point on the ground such that AP = 2AB. If sqrtBPC = beta , then tan beta is equal to

Let a vertical tower AB have its end A on the level ground . Let C be the mid -point of AB and P be a point on the ground such that AP =2AB. If anglePC=beta , then tanbeta is equal to

Let a vertical tower A B have its end A on the level ground. Let C be the mid point of A B and P be a point on the ground such that A P=2A Bdot If /_B P C=beta, then tanbeta is equal to : (1) 2/9 (2) 4/9 (3) 6/7 (4) 1/4

Let a vertical tower A B have its end A on the level ground. Let C be the mid point of A B and P be a point on the ground such that A P=2A Bdot If /_B P C=beta, then tanbeta is equal to : (1) 2/9 (2) 4/9 (3) 6/7 (4) 1/4

AB is a vertical pole. The end A is on the level ground .C is the middle point of AB. P is a point on the level ground . The portion BC subtends an angles beta at P. If AP = nAB, then tan beta =

AB is a vertical pole. The end A is on the level ground .C is the middle point of AB. P is a point on the level ground . The portion BC subtends an angles beta at P. If AP = nAB, then tan beta =

AB is a vertical pole. The end A is on the level ground .C is the middle point of AB. P is a point on the level ground . The portion BC subtends an angles beta at P. If AP = nAB, then tan beta =