Which one of the following statements is true about ocean currents?
A. Ocean currents typically follow a clockwise path in the southern hemisphere.
B. Ocean currents typically follow a clockwise path in the northern hemisphere.
C. Areas where two ocean currents come together are quite rare.
D. Areas where two ocean currents come together are poor fishing grounds.
Answer "B" is correct! Typical ocean currents follow a clockwise pattern in the northern Hemishphere BUT rotate CounterClockwise in the SOUTHERN Hemisphere! Good luck with your Penn Foster studies! Some courses offered by Penn foster are ok, But I've found out instructional help in Financial Accounting for instance is nearly poor! I recommend you transfer to a local community college if at all possible since classroom instruction has numerous advantages and you have the ability to form study groups to help you over the tough spots! However, I feel the need to jump in here on the cheating issue. I happen to be a Penn Foster enrollee and I can't tell you how unhappy I am with this school! Students tend to cheat when they realize, often too late they chose the wrong school and the teaching and student help staff has a rather spare tire that happens to be flat attitude! Often students looking for answers are not cheating, they are looking to work the problems in reverse because of such poor instructional help! I find myself in this category since I paid good money for this and I can honestly say for the most part, it has been wasted!! My Advice to those looking to go back to school? Do NOT go Penn Foster!! Find a school that offers financial aid and has real classrooms where you can form study groups when necessary! Cheating happens most often when your school choice is also your biggest mistake!
Well, it's time to dive into the world of ocean currents! And just like a clown fish navigating through the Great Barrier Reef, let's find the true statement.
A. Ocean currents typically follow a clockwise path in the southern hemisphere? Nope, that would make Nemo do a double take!
B. Ocean currents typically follow a clockwise path in the northern hemisphere? Ding, ding, ding! We have a winner! That's correct, like a well-behaved tornado, ocean currents in the northern hemisphere do tend to circulate in a clockwise motion.
C. Areas where two ocean currents come together are quite rare? Well, as rare as a unicorn riding a unicycle! Nope, these areas, known as oceanic convergence zones, are actually pretty common. So, we'll wave goodbye to this statement.
D. Areas where two ocean currents come together are poor fishing grounds? Like a fish that can't swim, this statement is completely off! These convergence zones are actually appealing to our fishy friends, attracting an abundance of nutrients and creating rich fishing grounds.
So, the true statement is B: Ocean currents typically follow a clockwise path in the northern hemisphere. Now go on, ride the waves of knowledge and impress everyone with your newfound wisdom!
To determine which statement is true about ocean currents, let's analyze each option:
A. Ocean currents typically follow a clockwise path in the southern hemisphere.
B. Ocean currents typically follow a clockwise path in the northern hemisphere.
C. Areas where two ocean currents come together are quite rare.
D. Areas where two ocean currents come together are poor fishing grounds.
To find the answer, we can use our knowledge of ocean currents and their behavior. One common pattern to understand is the Coriolis effect, which influences the direction of ocean currents in each hemisphere.
In the northern hemisphere, the Coriolis effect causes ocean currents to generally move in a clockwise direction. So, option B might be correct.
In the southern hemisphere, the Coriolis effect causes ocean currents to generally move in a counterclockwise direction. Therefore, option A is incorrect.
Regarding option C, areas where two ocean currents come together are actually quite common. These convergence zones can be found where warm and cold currents meet, and they are important for marine ecosystems.
Option D suggests that areas where two ocean currents come together are poor fishing grounds. However, this is not always the case. Convergence zones often support an abundance of marine life due to the mixing of waters and the nutrient-rich environment.
Based on the information provided, it appears that option B, "Ocean currents typically follow a clockwise path in the northern hemisphere," is the most accurate statement.
Since you've read your assigned materials, you should be able to answer this question. We'll be glad to check your answer.
Note that your school subject is not Penn Foster but science or geography.