Xena (Warrior Princess, mass 65 kg) swings from a rope at an armored villain (mass 100kg) and delivers her trademark two-footed flying kick to his breast plate, knocking himbackwards. The collision brings her to a stop and she lands on her feet.Neglecting friction and measuring speeds just before and after the collision, we canexpect that, to a high degree of accuracy:Kinetic energy is conservedO Neither momentum nor kinetic energy are conserved.Both momentum and kinetic energy are conservedMomentum is conserved

After the collision Xena Stops means the final velocity is v=0 and the villain was knocked backward means he got some momentum which clearly shows conservation of momentum Also as there is no friction and Xena landed on her feet, kinetic energy is conserved. Her kinetic energy was transferred to the villain In conclusion Both of Momentum and Kinetic energy are conserved and hence option 3 is correct. Option 1 tells about only Kinetic Energy conservation that is why it is wrong Option 2 denies both kinetic energy and momentum conservation which is wrong Option 4 tells about only momentum conservation that is why it is wrong

Answered: Xena (Warrior Princess, mass 65 kg)…