Identify the Big Ideas and Justifications that apply to the situations described in thetable.You do not have to answer or solve each situation,SituationThe initial potential energy,࠵?!"!, of each sphere.Big Idea:Definition of Potential EnergyThe total kinetic energy,࠵?!"!, of each sphere at the bottom of the ramp.Big Idea & Justification:Conservation of EnergyConservation of energy is used to compare potential to kinetic energy.The rotational kinetic energy,࠵?#, of each sphere at the bottom of the ramp.Big Idea:Definition of Rotational Kinetic EnergyThe translational kinetic energy,࠵?$, of each sphere at the bottom of the ramp.Big Idea & Justification:Conservation of Energy Or Definition of Kinetic EnergyThe sum of rotational and translational kinetic energy must equal the total kineticenergy.OrThe center-of-mass speed can be used to calculate the translational kineticenergy.The angular speed of each sphere at the bottom of the ramp.Big Idea & Justification:Rotational KinematicsRotational kinematics are used to answer questions about angular speeds anddisplacements.The angular acceleration of each sphere.Big Idea & Justification:Conservation of Energy And Rotational KinematicsConservation of energy together with the definition of angular speed will allow usto find the angular speed of the sphere.Angular kinematics will allow us to findthe angular acceleration.