Final answer:
The question seems to involve calculating the speed of a phenomenon using the formula Speed = Distance / Time. For instance, the Great Red Spot of Jupiter has a speed of about 436 km/h. The original question's details, however, are too unclear to provide a precise answer.
Step-by-step explanation:
The question appears to be concerned with calculating the speed of a certain entity, which could be a wind gust in a storm or a similar phenomenon, based on given measurements. However, the question is phrased with significant typos that make the specific details unclear. To calculate speed, you commonly use the formula Speed = Distance / Time. If we are considering a storm, like the Great Red Spot of Jupiter, the distance would be the circumference of the storm, and the time would be the duration over which the storm travels that distance. Applying this concept, on Earth, the wind speed at the edge of a storm could be approximately 52 km/h, while at the center it could be much higher.
For the Great Red Spot on Jupiter, the circumference is about 63,000 km, and if it takes 144 hours to travel that distance, the speed would be an astonishing 436 km/h. These examples demonstrate the principle of calculating speed but may not directly answer the scrambled question's specifics, as the necessary details are not clearly provided.