1. The problem statement, all variables and given/known data Henrietta is going off to her physics class, jogging down the sidewalk at a speed of 3.90 m/s. Her husband Bruce suddenly realized that she left in such a hurry that she forgot her lunch of bagels, so he runs to the window of their apartment, which is a height of 48.5 m above the street level and directly above the sidewalk (SO I AM GUESSING IT IS 48.5 METERS ABOVE THE SIDEWALK, REALLY BAD WORDING) to throw them to her. Bruce throws them horizontally at a time 9.00 s after Henrietta has passed below the window and she catches them on the run. You can ignore air resistance. a. With what initial speed must Bruce throw the bagels so Henrietta can catch them before they hit the ground? b. Where is henrietta when she catch the bagels? 2. Relevant equations y= -48.5 m Vo= 3.90 m/s and she took 9 seconds to walk down below the window. 3. The attempt at a solution I made a x and y direction table but am totally lost. I was thinking that you would need to use the relative velocity equations but I don't know whether the bagels would be relative to the ground or to henrietta. So, if you could please guide me in a direction, that would be great. THANKS for any help.