Terminal Velocity is based on Air Density, not gravity. Gravity affects your acceleration, terminal velocity is your maximum speed.
In a Standard Atmosphere (1 Bar), the terminal velocity is about 55 m/s in the classic belly flat skydiver position. In a head first, max velocity dive, it is about 90 m/s. 90 m/s is about the same speed as a bullet.
In a 1G gravity and a Standard Atmosphere, a person will reach terminal velocity (belly flat) in about 15 seconds. The formula is complicated because your acceleration actually slows down as you approach terminal velocity due to buoyancy.
Basically a belly flop from above 100 m will cause you to reach terminal velocity before you hit the ground. A normal, uncontrolled fall is probably somewhere closer to 75 m/s, which takes about a 200 m fall.
Wikipedia has all the formulas if you really want to do the calculations.
BUT, back to the rules and your example. YES, falling 200 meters will be like a nuclear bomb for that person. They will be dead and flattened and pieces of them will be scattered around. Every bone will be broken and flesh will be imprinted into the ground. Sounds like a nuclear bomb to me.