"Ocean currents result from two processes: the wind on the surface of the water and variation in water temperature and density.
These ocean currents are convection currents. Under the tropical sun, water at the equator warms up. At the frigid poles, seawater cools down and sinks. Convection cells are set up with warm water moving along the surface to the poles and deep cold water flowing toward the equator. Changes in the density of ocean waters, caused by changes in salinity re also important in the formation of ocean currents. Ice formation near the poles leaves salt behind in the remaining water. This denser, more saline water sinks, creating its own density-driven currents. Surface winds also set surface currents into motion." Can you pick the statements that accurately describe oceans currents? Check all the statements that are true.
'Both the wind and solar energy influence ocean currents.'
'Warm water flows away from the equator toward the poles.'
'As the salinity of ocean water increases, density decreases.'
'Cold water sinks, warm water rises, creating a convection current.'
'The more salinity the denser the water is. For the last statement that is meant as a trick question as the paragraph above describes cold water sinking and warm water rising it says "<span>Convection cells are set up with warm water moving along the surface to the poles and deep cold water flowing toward the equator." see the problem here this choice is too vague while the other two are exactly what was in the paragraph so the correct answers are </span>Both the wind and solar energy influence ocean currents.' Warm water flows away from the equator toward the poles.'
Critical thinking requires scientists to ask questions about information they come across and assess its validity. This facet of critical thinking helps them avoid bias that originates from personal opinion and helps them distinguish information and fact from common belief.
In eukaryotic cells, the centrioles are small sets of microtubules composed of tubulin proteins. Moreover, in animal cells, a centrosome is an organelle localized near the nucleus which contains a pair of centrioles. These organelles (centrosomes) are referred to as microtubule-organizing centers. During Anaphase, centrioles move to opposite sides in the cell in order to organize the spindle fibers and separate the chromosomes during cell division.
