Cyclone Refer to the extract and map below on Tropical Cyclone Freddy. ording to the Australian Bureau of Meteorology and the US Joint Typhoon mingCentre. Tropical Cyclone Freddy formed on 6 February 2023, in the idian Ocean northwest of the Australian coast. From its birthplace near estralia. it went from eastio west across the entire South Indian Ocean iowards Atrica and travelled approximately 8000 kilometres. Cyclone Freddy hit Madagascar on 21 February and ambique on 24 Febnuary. The impact of heavy rainfall and strong Is in Mkrambique were more severe than in Madagascar. This Refer to the extract. 5.1.1 On which date did Tropical Cyclone Freddy hit Madagascar? 5.1.2 Why was the impact of Tropical Cyclone Freddy more severe (destructive) in Mozambique than in Madagascar? \( (1 \times 2)^{(2} \) Refer to the path of Tropical Cyclone Freddy. 5.1.3 Give TWO reasons why Tropical Cyclone Freddy changed from atropical cyclone to a tropical depression from 21 February to 22 February. \( (2 \times 2)(4) \) 5.1.4 Why is the north-westerly path taken by Tropical Cyclone Freddy
Upstudy AI Solution
Answer
Solution
Answered by UpStudy AI and reviewed by a Professional Tutor


The Deep Dive
Did you know that Madagascar and Mozambique are incredibly diverse in terms of geography and infrastructure? Madagascar, being an island nation, often has natural barriers like mountains that can mitigate some impacts of cyclones. In contrast, Mozambique has extensive floodplains and is more vulnerable to severe flooding and storm surges, which can lead to a greater impact during such storms. Tropical cyclones are fascinating in how they develop and dissipate! Factors like changes in ocean temperature, wind patterns, and land interaction play significant roles. As Cyclone Freddy moved inland, it encountered friction from the land, which reduced its strength and moisture supply, hence its transformation into a tropical depression. Understanding these dynamics can be crucial for predicting how future cyclones may behave!