A0.100-kilogram apple falls from a height of 1.50 meters to 1.00 meter. ignoring frictional effects, the total mechanical energy of the apple at this height is 0.00 j less than 1.47 j but more than 0.00 j exactly 1.47 j more than 1.47 j

The total mechanical energy is the sum of the kinetic energy and the potential energy. It is easier to solve for the potential energy in this case because we are given with the position of the apple. 
                               PE = mgh
Substituting the mass, acceleration due to gravity and the height,
                              PE = (0.1 kg)(9.8 m/s²)(1 m) = 0.98 J
Then, we solve for the velocity at that point. The distance it had traveled is 0.5 meters.
                                      d = v²/g ;    0.5 = v²/9.8 m/s²
                                                       v = 2.213 m/s
Then, solving for KE
                                                KE = 0.5mv²
Substituting,
                                                KE = 0.5(0.1 kg)(2.213 m/s)² = 0.245 J
Adding the two mechanical forces will give us an answer of 1.225 J. Thus, the answer is the first choice. 

The objects do not reach terminal velocity         there is not enough time from the time the object falls from when it hits the ground to achieve terminal velocity. an object must be placed higher to achieve terminal velocity in order to be in free fall.