of mass M having a bag of mass m slips from19. A manmassthe roof of a tall building of height H and starts fallingvertically (figure 9grounhard, but therethe line of fall. In order to save himself he throws thebag horizontally (with respect to himself) in the directionopposite to the pond. Calculate the minimum horizontalvelocity imparted to the bag so that the man lands inthe water. If the man just succeeds to avoid the hardground, where will the bag land ?-E8). When at a height h from thed, he notices that the ground below him is prettyis a pond at a horizontal distance x from0-pondhard groundFigure 9-E8

of mass M having a bag of mass m slips from19. A manmassthe roof of a

1.	of mass M having a bag of mass m slips from19. A manmassthe roof of a tall building of height H and starts fallingvertically (figure 9grounhard, but therethe line of fall. In order to save himself he throws thebag horizontally (with respect to himself) in the directionopposite to the pond. Calculate the minimum horizontalvelocity imparted to the bag so that the man lands inthe water. If the man just succeeds to avoid the hardground, where will the bag land ?-E8). When at a height h from thed, he notices that the ground below him is prettyis a pond at a horizontal distance x from0-pondhard groundFigure 9-E8
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