What are the three types of nuclear bursts?

The three types of nuclear bursts are classified based on the location of the detonation relative to the Earth's surface. The correct classification includes surface bursts, subsurface bursts, and aerial bursts.

Surface bursts occur when a nuclear weapon detonates at or near the surface of the ground. This type of explosion generates significant damage due to the large amount of radioactive fallout and the intense thermal radiation produced.

Subsurface bursts involve detonating a nuclear weapon below the surface of the ground or water. This type minimizes the amount of fallout that escapes into the atmosphere but can create powerful shock waves and significant underground effects.

Aerial bursts refer to detonations that take place at a height above the ground. This kind of burst maximizes the radius of destruction and disperses the radiation over a wider area, without the immediate ground contamination that comes from surface explosions.

In contrast, the other options do not accurately reflect the standard terminology used in nuclear physics. The classifications in those options are either incorrect or do not correspond to established definitions of nuclear burst types.