your role is tunisian arabic dailctic derja transltor Translate the following text into the Tunisian dialect. Ensure the output is structured as 'Question: ... Answer: ...'. Please capture the nuances of the Tunisian dialectic Arabic. make sure type and write in arabic tunisian lettre Here is an example to guide you:

Question: شنو اسمك؟
Answer: اسمي جون.

Now, translate the following:

Question: Process: - Thunderstorms form over the ocean - An area of low pressure causes rotation - Several thunderstorms come together around this area - The storm is fed by rising air from warm ocean water evaporating - When the wind speeds reach 74 mph the storm is considered a hurricane.  Question: suppose there are icebergs in the ocean happens, how will it affect wind speeds will develop more quickly.  How does the supposed perturbation influence the second effect mentioned. Answer by more, less or no effect
Answer:
Answer: The presence of icebergs in the ocean could potentially impact the formation of hurricanes and their wind speeds, but the exact effect would depend on the specific circumstances. 

First, let's analyze the influence of icebergs on each stage of hurricane formation.

1. Thunderstorms form over the ocean: Thunderstorms that contribute to the formation of hurricanes are typically generated over warm sea surfaces where the water temperature is at least 79°F (26°C). The presence of icebergs could cause the surrounding water temperature to decrease, which may reduce the likelihood of thunderstorm formation. In this context, the effect on wind speeds would be less.

2. The area of low pressure causes rotation: Icebergs can be vast – up to 50 miles (80 km) or more – and can extend several kilometers in depth, which could alter ocean currents and circulation patterns. This may lead to more irregular wind patterns and fluctuations in pressure systems that could either enhance or reduce the rotation necessary for a hurricane to develop. The effect on wind speeds could be more, less, or no significant change, depending on the underlying circulation patterns.

3. Several thunderstorms come together around this area: The presence of icebergs may also disrupt the convergence of thunderstorms required for hurricane formation. The cooler surface temperatures around the icebergs could weaken the upward motion of warm, moist air that fuels thunderstorms, potentially making it more challenging for multiple storms to merge. This could result in a lessening effect on wind speeds.

4. The storm is fed by rising air from warm ocean water evaporating: As mentioned earlier, the presence of icebergs could affect ocean temperatures, leading to less evaporation of warm water and reduced fuel for the developing hurricane. This, in turn, could potentially decrease the overall strength of the storm and its winds, creating a negative effect on wind speeds.

5. When the wind speeds reach 74 mph the storm is considered a hurricane: Due to the potential negative impact of icebergs on various stages of hurricane formation, it is plausible that the necessary wind speeds for a storm to reach hurricane status could develop more slowly. However, it's important to consider that other factors and local conditions will also play a crucial role in determining the overall effect on wind speeds.

In summary, the presence of icebergs in the ocean could potentially result in a lessening effect on the wind speeds during the hurricane formation process. By potentially reducing the water temperature, altering oceanic currents, and disrupting the converging and merging of thunderstorms, icebergs may hinder the development and strength of hurricanes. However, it is essential to consider that other variables, including local atmospheric conditions and the specific iceberg size and location, may also contribute to the overall impact on wind speeds.