Please answer A, B, C, D (if the energy is conserved) based on the answers in the pictures.

7. Use your experience with the skater system to complete the table below: 6 4 B C 2 D 0 meters Skater's Describe skater's Describe energy Is the total energy Position speed forms conserved? A 0 meters per second Energy exists in the form of potential energy. The potential energy is equal to the total amount of energy.Skater's Position Describe skater's speed 0 meters per second From the speed at its starting point, increasing, its top speed is halved. Reduced speed compared to the skater's previous position, around half the speed of position B. The speed is almost 0 meters per second. Describe energy forms Energy exists in the form of potential energy. The potential energy is equal to the total amount of energy. The energy is still mostly potential, and half of potential is kinetic energy, and a little thermal. The majority of the system's total energy is potential energy, with kinetic and thermal energy being roughly equal in size.I Both potential and thermal energy are present in the system, although potential Is the total energy conserved? compared to the skater's previous position, around half the speed of position B. The speed is almost 0 meters per second. system's total energy is potential energy, with kinetic and thermal energy being roughly equal in size.I Both potential and thermal energy are present in the system, although potential energy is more abundant (no kinetic energy)