A bullet is fired at an angle of 10 degrees above the horizontal. It passes through a window and leaves a small hole in the glass at a point D meters away from the launching point and H meters above the launching point. Let's assume that the bullets motion was unaffected during its passage through the glass window {so the bullet doesn't lose speed nor changes direction, but continues to be a projectile). The forensic team that is investigating the room where the bullet entered also notices a bullet hole in the wall opposite to the window. From the depth of the hole they deduce that the bullet must have hit the wall with a speed of 150 m/s. The wall is 9 m behind the window. If you are furthermore given that the bullet traveled from the window to the wall in 0.06 5, you should be able to calculate D and H (that is, you should be able to find out from what location the bullet was fired)