What am I doing wrong? A projectile of mass mp is traveling at a constant velocity vo toward a stationary disk of mass M and radius R that is free torotate about its axis, as shown in the figure. Before impact, the projectile is traveling along a line displaced a distance b belowthe axis. The projectile strikes the disk and sticks to point B. Model the projectile as a point mass. (Use any of the givenvariables and any mathematical or physical constants as necessary.)mpbBBefore impact, what is the total angular momentummagnitude Lo of the disk-projectile system about the axis?Tipler & Mosca, Physics for Scientists and Engineers, 6e©2008 W.H. Freeman and CompanyWhat is the angular speed of the disk-projectile system justafter the impact?What is the kinetic energy Kf of the disk-projectile systemafter impact?RHow much mechanical energy Elostis lost in this collision?MLo=Incorrect@=IncorrectKf=Incorrectm v bPoIncorrect2m_v_bMR² +2m R²PMR² +2m,2m R²Elost=₂²-poMR² +2m₂ R²

Given,The mass of the projectile= mp The velocity of the projectile= v→0iMass of the disk = MRadius…

A projectile of mass mp is traveling at a constant velocity up toward a stationary disk of mass M and radius R that is free to rotate about its axis, as shown in the figure. Before impact, the projectile is traveling along a line displaced a distance b below the axis. The projectile strikes the disk and sticks to point B. Model the projectile as a point mass. (Use any of the given variables and any mathematical or physical constants as necessary.)

A projectile of mass mp is traveling at a constant velocity up toward a stationary disk of mass M and radius R that is free to rotate about its axis, as shown in the figure. Before impact, the projectile is traveling along a line displaced a distance b below the axis. The projectile strikes the disk and sticks to point B. Model the projectile as a point mass. (Use any of the given variables and any mathematical or physical constants as necessary.)