question 10 of 27\nthe graph below shows the conservation of energy for a skydiver jumping out of a plane…

question 10 of 27\nthe graph below shows the conservation of energy for a skydiver jumping out of a plane and landing safely on the ground. which energy is represented by line c?\nenergy (kj)\na\nc\nb\ndistance (m)\na. total energy\nb. kinetic energy\nc. mechanical energy\nd. potential energy

question 10 of 27\nthe graph below shows the conservation of energy for a skydiver jumping out of a plane and landing safely on the ground. which energy is represented by line c?\nenergy (kj)\na\nc\nb\ndistance (m)\na. total energy\nb. kinetic energy\nc. mechanical energy\nd. potential energy

Answer

Brief Explanations:

In the case of a skydiver, total mechanical energy (sum of kinetic and potential energy) is conserved in the absence of non - conservative forces. As the skydiver falls, potential energy decreases and kinetic energy increases. Total energy remains constant throughout the fall. Line C is horizontal, indicating a constant value. Total energy remains constant during the skydiver's motion (neglecting air - resistance for the concept of energy conservation).

Answer:

A. Total energy