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Can warm currents cause isotherms to be deflected towards the south pole?
Yes, warm currents can cause isotherms to be deflected towards the south pole by transferring heat energy from lower latitudes to higher latitudes. This can result in a warmer climate in regions that would otherwise be cooler due to their higher latitude.
How are facilitated diffusion and active transport different?
Because facilitated diffusion moves moolecules from regions of higher concentration toward lower concentration, active transport moves particles through membranes from region of lower concentration to a region of higher concentration
Why don't cities in the same hemisphere have similar temperatures?
The reason is because of Ocean/Surface Currents. The cities are in the same hemisphere, but they don't receive the same ocean current. Some ocean currents are warm, while some are cold.The Ocean/Surface Currents have an effect on the air temperatures, too. Another reason is because of latitude. When a city is at a higher latitude the air expands and makes the temperature colder ,while if the latitude is lower the air loses moisture and the temperature heats up.
Describe how dissolved particles move across a plasma membrane form regions of lower to higher concentrations?
Things move across the membrane from lower to higher concentrations by active transport.
What does latitude do to the climate?
the lower the latitude the higher the temp.
How Do Ocean Currents Affect Air temperature in coastal and areas?
Ocean currents can influence air temperature in coastal areas by transferring heat from the ocean to the atmosphere. Warm ocean currents can raise air temperatures in coastal regions, while cold ocean currents can lower them. The direction and temperature of the ocean current will determine its impact on the local climate.
The influence of cold currents is mostly felt in the?
The influence of cold currents is mostly felt in coastal regions where these currents flow close to the shore. They can lower water temperatures, affect regional weather patterns, and impact marine life by influencing nutrient availability and species distribution.
Which global region is coldest because it doesn't absorb the sun's energy directly?
The polar regions, specifically the Arctic and Antarctic, are the coldest global regions because they receive less direct sunlight due to the tilt of the Earth's axis, resulting in lower temperatures.
The density currents that originate in the polar regions are primarily caused by?
Density currents that originate in the polar regions are primarily caused by differences in temperature and salinity of water. Cold and dense polar waters sink and flow towards lower latitudes due to their higher density, creating a current. The interaction between these dense polar waters and surrounding less dense waters helps drive the circulation of the global ocean currents.
Why do ocean currents have an effect on a coastal?
Ocean currents significantly influence coastal environments by regulating temperature, salinity, and nutrient distribution. Warm currents can raise coastal temperatures, affecting local climates and ecosystems, while cold currents may lower temperatures and support different marine life. Additionally, currents can transport nutrients and sediments, impacting fisheries and coastal erosion. These factors collectively shape the biological and physical characteristics of coastal areas.
Would a city at lower latitude have a higher average temperature than a city at higher latitude?
Yes. Since latitude is measured in degrees north or south of the Equator (0° latitude), the lower latitude numbers are closer to the tropics, while the higher ones are comparatively closer to the poles. Although it is not always true, locations at "lower" latitude numbers will generally be warmer than locations at "higher" numbers.
What can you Compare and contrast about flood and ebb current?
Flood currents occur when the tide is rising and water is moving towards the shore, while ebb currents occur when the tide is falling and water is moving away from the shore. Flood currents typically bring in nutrient-rich water and are associated with higher water levels, while ebb currents can be stronger and are associated with lower water levels. Both currents can influence navigation, sediment transport, and marine life in coastal areas.
