The above cartoon exhibits a cloud during the mature stage of development of a simple convective thunderstorm. The simplest charge structure sequence in boxes. A, B, C, respectively, can be depicted as follows. Positive charges are shown as +++ and negative charges --- 
Negligible positive charge, $+++, ---$
A simple convective thunderstorm consists of various charge distributions during its mature stage. An understanding of these charge distributions helps us interpret the sequence in the given boxes A, B, and C in the diagram.
Let's analyze the typical charge structure of a mature thunderstorm cloud:
- The top of the cloud (region A) is typically characterized by a negligible positive charge or a small positive charge. This is because the smaller ice crystals driven upward by strong updrafts often carry positive charges.
- The middle region of the cloud (region C) generally possesses a concentrated positive charge. Large ice particles like graupel (soft hail) and hailstones may acquire negative charges, but the smaller particles retain positive charges, leading to a net positive area.
- The base of the cloud (region B) is usually associated with a negative charge. Raindrops and larger particles tend to acquire negative charges as they descend.
Based on this structure, the simplest charge distribution in boxes A, B, and C would be:
- Region A: Negligible positive charge
- Region C: +++ (Positive charges)
- Region B: --- (Negative charges)
Thus, the correct option is: Negligible positive charge, +++, ---
Therefore, the answer is justified as it explains the typical charge distribution in a mature convective thunderstorm.
Important Questions from Atmospheric Electricity
- Thunder storm electrification occurs efficiently in clouds that are composed
The sequence of events in a cloud to ground electrical discharge is
- In the global electrical circuit, the negative charge on the Earth is maintained predominantly by
- The upper part of a thunderstorm cloud is normally — charged, and the middle and lower parts are — charged
- Electrical discharge suddenly heats the conducting air channel in the Earth's atmosphere, which expands and generates shock waves. These waves spread as
