3 es between two isotherms. (An ISNe .. what is the range ofthe average January
ID: 116766 • Letter: 3
Question
3 es between two isotherms. (An ISNe .. what is the range ofthe average January temperature for Brest? (UseF or °C, whichever you are most familiar.) What is the range of the average January temperature for St. John's? So, what is the difference in temperatures between these two cities (that receive the same amount and length of radiation from the Sun)? Notice how far north the warmer waters in January are found in the North Atlantic. What is name of the current associated with these warmer ocean waters? (This current moderates the winter temperatures of northwestern Europe.) 5/A cold ocean current in the South Atlantic is found off the west coast of which continent? Examine the natural vegetation of the coastal region alongside that cold ocean current. What is found there? What type of climate is found there?Explanation / Answer
1) the range of the average temperature in july at brest is 6 c ( 43 F)
2) the range of the average temperature in july at st.johns is 25 c ( 76 F )
3) The difference is quite noticable that at july brest is way cooler then the st john's city. as we can see the difference between both this cities.
4) The current is called the Atlantic Meridional Overturning Circulation (AMOC) and it's similar to a conveyer belt that bring temperate water from the tropics to the the cooler reach of the North Atlantic. There, the water lose its heat to the atmosphere. since water gets denser as it get colder, it sinks.
5) american continent
6)
The donation of the ocean currents to the climate exist, and it also works in the opposite direction. the climate also add to ocean currents. Ocean waters are repeatedly on the move. How they move influence climate and living conditions for plants and animals, even on land.
7) Most climate projections assume that the AMOC might weaken, but would still persist even as global temperatures creep steadily upward.Winds are an important force driving ocean currents. Winds, in turn, are partly driven by differences in heat from one part of the globe to the next. As global warming affects the global heat budget, it will alter the strength and direction of winds, which will alter the strength and direction of the major ocean currents.
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