Answer:
The correct answer is "Divergent boundary in the ocean
".
Explanation:
- The so-called divergent limits when two oceanic plates move apart. Ultimately, divergent borders between hemispheres or continentals generate rifts that eventually generate rift valleys.
- Alongside oceanic flats seem to be the dynamic or energetic divergent bounds as well as they are frequently dubbed midfield furrows.
So the preceding solution is the right one.
Answer: Swim parallel to shore to escape the current.
Explanation:
Most rip currents are between 30 and 100 feet (9.1 and 30.5 m) wide. Look for the nearest breaking waves; they indicate the current's edge. Swim toward the waves, and be sure to move parallel to the shore instead of directly towards it.
We would most likely find a divergent plate boundary in a mid-ocean ridge,
<h3 /><h3>What is a divergent plate boundary?</h3>
This is a plate boundary that forms as a result of forces of tension pulling plates apart.
This is the reason why mid-ocean ridges are formed so we are most likely to find a divergent plate boundary there.
Find out more on divergent plate boundaries at brainly.com/question/20458241
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I think that the answer is C
Hi pupil here's your answer ::
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This is due to the inertia of motion that the Blades of an electric fan continue to rotate for some time even after the fan has been switched off.
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Hope this helps .......
