Conservation of momentum 2. Two gliders are on a frictionless, level air track.Initially. glider A moves toward the right andglider B is at rest. After the collision, glider A hasreversed direction and moves toward the left. Thecombined system of both gliders is denoted asInitial direction of motionAsystem C.The mass of glider A is one fourth the mass ofglider B.Track is frictionless%3DDraw an arrow to represent the direction of the initial velocity (before thecollision) of the center of mass of system C. If the initial velocity of thecenter of mass is zero, state that explicitly. Explain.aDirection of vcm. Ib. Draw an arrow for each glider to represent thedirection of the change in velocity from before to afterthe collision. Explain how you determined yourDirection of change in velocityGlider AGlider Banswer.Is the magnitude of the change in velocity vector for glider A greater than, less than, orequal to the magnitude of the change in velocity vector for glider B? Explain.C.Draw an arrow to represent the direction of the final velocity (after thecollision) of the center of mass of system C. Explain how youdetermined your answer.Direction of vm.fd. Consider the following incorrect statement:"Glider B will move to the right after this collision, but it would move faster if glider Awere to come to a stop, giving glider B all its momentum."Describe what is incorrect about this statement and explain how you can tell.B

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Conservation of momentum 2. Two gliders are on a frictionless, level air track.Initially. glider A moves toward the right andglider B is at rest. After the collision, glider A hasreversed direction and moves toward the left. Thecombined system of both gliders is denoted asInitial direction of motionAsystem C.The mass of glider A is one fourth the mass ofglider B.Track is frictionless%3DDraw an arrow to represent the direction of the initial velocity (before thecollision) of the center of mass of system C. If the initial velocity of thecenter of mass is zero, state that explicitly. Explain.aDirection of vcm. Ib. Draw an arrow for each glider to represent thedirection of the change in velocity from before to afterthe collision. Explain how you determined yourDirection of change in velocityGlider AGlider Banswer.Is the magnitude of the change in velocity vector for glider A greater than, less than, orequal to the magnitude of the change in velocity vector for glider B? Explain.C.Draw an arrow to represent the direction of the final velocity (after thecollision) of the center of mass of system C. Explain how youdetermined your answer.Direction of vm.fd. Consider the following incorrect statement:&#34;Glider B will move to the right after this collision, but it would move faster if glider Awere to come to a stop, giving glider B all its momentum.&#34;Describe what is incorrect about this statement and explain how you can tell.B

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Two gliders are on a frictionless, level air track. Initially. glider A moves toward the right and glider B is at rest. After the collision, glider A has reversed direction and moves toward the left. The combined system of both gliders is denoted as