Answer:
1. Tropical storms have a warm core, while mid-latitude cyclones have a cold core.
2. Tropical storms form over warm tropical oceans (usually between 5° and 25° latitude from the equator), while mid-latitude cyclones form in the mid-latitude region (usually between 30° and 60° latitude from the equator)
3. Tropical Storms have no fronts, while mid-latitude cyclones have weather fronts where warm and cold air masses meet.
Explanation:
Shown above
Answer:
tropical zone of atlantic or pacific ocean
Geography- Both countries are large and contain some of the most fertile soils in the world. In fact, the land is so productive that North America is the world's leading food exporter. Much of this agricultural land is found in the plains regions and in river valleys. The United States and Canada also have huge forests.
Economics- The economies of the United States and Canada are highly integrated, a process that has been accelerated by the bilateral U.S.-Canada free trade agreement (FTA) of 1988 and the NAFTA of 1994. Both are affluent industrialized economies, with similar standards of living and industrial structure.14 Sep 2011
Culture- We consider why international business research comparing values, attitudes, and behaviors of managers from the United States and Canada shows conflicting results about cultural differences and similarities between these two nations. We argue that one reason behind these inconsistent findings is the presence of intranational subcultural regions in these nations. The second reason is that the variable(s) under scrutiny influence the generalizability of research findings. Employing Lenartowicz and Roth’s (1999) framework for culture assessment, theories of cultural evolution and maintenance, and data from the World Values Survey, we test the distinctiveness of subcultural regions in the United States and Canada, at both the individual level and the regional level of analysis.
Government- Canada and the United States are both democracies. They are also both federal states.
Answer:
Rising air currents carry water vapor up into the atmosphere, which cools the air, causing the water vapor to condense into tiny droplets of liquid water (or tiny ice crystals), forming clouds. This process, condensation (gas to liquid), releases energy up in the atmosphere where clouds form.
Explanation:
