A man runs across the roof of a tall building and jumps horizontally on to the (lower) roof of an adjacent building. If his speed in `9ms^-1` and the horizontal distance between the buildings is 10 m and the height difference between the roof is 9m, will he is able to land on the next buildings? (take `g=10ms^-2`)

A man runs across the roof-top of a tall building and jumps horizontally with hope of landing on the roof of the next building which is at a lower height than the first. If his speed is 9 m//s ,the horizontal distance between the two buildings is 10 m and height difference is 9 m , will he be able to land on the next building ? (take g=10 m//s^(2) ).

A man runs across the roof-top of a tall building and jumps horizontally with the hope of landing on the roof of the next building which is of a lower height than the first. If his speed is 9 m/s, the distance between the two buildings is 10 m and the height difference is 9 m, will he be able to land on the next building?

A man runs across the roof, top of a tall building and jumps horizontally with the hope of landing on the roof of the next building which is at a lower height than the first. If his speed is 9 m/s. the horizontal) distance between the two buildings is 10 m and the height difference is 9 m, will be able to land on the next building? (Take g = 10 m//s^(-2) )

A man runs across the roof-top of a tall building and jumps horizontally with hope of landing on the roof fo the bext building which is at a lower height than the first. If his speed is 9 m//s ,the (horizontal ) destanc hetween the two buildings is 10 m and height difference is 9 m , will he be able to land on the bext building ? (taken g=10 m//s^(2)).

If an object is thrown horizontally with an initial speed "10 ms"^(-1) from the top of a building of height 100 m. What is the horizontal distance covered by the particle.