Question : A man standing on a hill top projects a stone horizontally with speed π£0 as shown in figure. Taking the coordinate system as given in the figure. The coordinates of the point where the stone will hit the hill surface
(A) \dfrac{2v_{0}^{2}\tan \theta }{g},\dfrac{2v_{0}^{2}\tan ^{2}\theta }{g}
(B) \dfrac{2v_{0}^{2}}{g},\dfrac{2v_{0}^{2}\tan ^{2}\theta }{g}
(C) \dfrac{2v_{0}^{2}\tan \theta }{g},\dfrac{2v_{0}^{2}}{g}
(D) \dfrac{2v_{0}^{2}\tan ^{2}\theta }{g},\dfrac{2v_{0}^{2}\tan \theta }{g}
Answer : option (A)
Solution :
