What happens in a low-pressure system? There is no precipitation.

In a low-pressure system, typically associated with rising air, you would expect fairly different conditions compared to what you've described. However, let's clarify:

1. Precipitation: Low-pressure systems often bring precipitation because the rising air cools and condenses, forming clouds. However, it is possible to have a low-pressure system with clear skies and no precipitation, particularly if the system is not inducing significant moisture in the atmosphere or if it's in a dry area.

2. Wind Intensity: Generally, low-pressure systems can lead to stronger winds, especially near the center where air is rushing in from surrounding high-pressure areas. So, the statement about "wind has less intensity" may not hold true in most scenarios involving a classic low-pressure system.

3. Sky Conditions: While low-pressure systems often lead to cloud formation and precipitation, there can be cases (like in some transitional phases of a low-pressure system) where the sky remains clear. This may occur when the system is weak or in the early stages of development.

4. Temperature Changes: Low-pressure systems can cause temperature changes. As air rises, it can cool, and if there is enough moisture, this can lead to cloud formation and precipitation. However, if the air is dry, the temperature changes may not be significant or could even lead to warmer temperatures, particularly if the low-pressure system is associated with warm air moving in.

In summary, while low-pressure systems usually bring about precipitation, cloud cover, and stronger winds, there are exceptions where you can have clear skies, lighter winds, and specific temperature changes based on local conditions.

In a low-pressure system, the sky is often cloudy or overcast, typically leading to precipitation.