Answer Happy

You are designing a launcher for a miniature toy sled for kids. The sled (represented in the design phase by a plastic block) enters the launch area with a momentum of p = 6.07 kg-m/s and has a mass of 0.189 ky. The initial launch area is a flat, horizontal surface d = 1.93 meters long and the plastic block has a kinetic coefficient of 0.18 with this surface. The sled proceeds onto an inclined launch till. The coefficient of friction of the sled with the inclined surface is identical to the horizontal surface (0.18). The inclined launch launch hill is 21.28 meters long and is at an angle of 8 = 40.58 degrees relative to the horizontal as shown in the diagram. What is the speed of the sled when it reaches the end of the horizontal surface? Submit Anme Tries 0/8 What is the magnitude of the acceleration of the sled as it moves up the incline? Suhmt Arama Tries 0/8 What is its speed when it reaches the top of the incline? Submit. Arca Tries 0/8 The sled then launches off the incline; how long after it leaves the incline does the sled reach its highest point? Submit Araw Tries 0/8 After leaving the incline, but relative to the initial horizontal surface, what is the highest elevation reached by the sled? Submit Area Tries 0/8 The sled lands on the ground at the same elevtion of the initial horizontal surface. How long after leaving the inclined ramp does it take for the sled to return to the ground? Subomt Anisa Tries 0/8 What is the total horizontal distance traveled by the sled from its initial position shown in the diagram to when it lands back on the ground at the same elevation? Submit Area Tries 0/8