You're attending a professional basketball game. The home team calls timeout, and, as the music gets cranked up, the t-shirt crew comes out onto the floor to fire team t-shirts into the crowd. Like everyone else, you stand up and wave your arms wildly, hoping that one of the t-shirt crew will fire a shirt your way. Neglect air resistance, and assume that the acceleration due to gravity is 9.80 m/s. (This is different from the previous problem!) The t-shirts are fired from a launcher that uses compressed air. One of the launchers is pointed your way, and is just about to launch a t-shirt at a 45 angle from the horizontal. You are a horizontal distance of 15.0 m from the launcher and a vertical distance of 5.00 m above it. Determine the launch speed needed so that the t-shirt reaches you, rather than one of the hordes of people sitting near you. m/s The t-shirts are fired from a launcher that uses compressed air. One of the launchers is pointed your way, and is just about to launch a t-shirt at a 45 angle from the horizontal. You are a horizontal distance of 15.0 m from the launcher and a vertical distance of 5.00 m above it. Determine the maximum height reached by the t-shirt (measured from the level of the launcher). m The t-shirts are fired from a launcher that uses compressed air. One of the launchers is pointed your way, and is just about to launch a t-shirt at a 45 angle from the horizontal. You are a horizontal distance of 15.0 m from the launcher and a vertical distance of 5.00 m above it. Determine how long the t-shirt spends in the air before reaching you. S The t-shirts are fired from a launcher that uses compressed air. One of the launchers is pointed your way, and is just about to launch a t-shirt at a 45 angle from the horizontal. You are a horizontal distance of 15.0 m from the launcher and a vertical distance of 5.00 m above it. Determine the speed of the t-shirt as it reaches you. m/s