Tiêu đề Try Out SNBT Reguler 6 Literasi dalam Bahasa Inggris 2024_2025.pdf ✅

TS-MH8J0OK1 Reguler UTBK/SNBT 6 Literasi dalam Bahasa Inggris 2024/2025 1.
The question is basedon the following passage. A handful of videos on YouTube and TikTok have gained attention by showing a strange line in the ocean, with dark water on one side and lighter water on the other.These lines often appear where rivers or glaciers feedinto the ocean.So of these videos claim that these lines represent a boundary between the Pacific Ocean and the Atlantic Ocean, and use this as "evidence" that the two oceans do not mix.But is this true? Do the Pacific andAtlantic Oceans not mix, or do they? The answer is they do, the Pacific and Atlantic Oceans do mix. However, the process is not as simple as the two bodies of water just blending together. The waters of the two oceans have different densities, temperatures, and salinitie which means they do not mix easily, especially in the upper layers of the ocean, where the differences are most pronounced. At the surface, the Pacific Ocean typically warmer and less salty than the Atlantic Ocean. These differences temperature and salinity create a barrier that prevents the waters from mixing easily. There are places where the Pacific andAtlantic Oceans mix.One such area is the Drake Passage, a narrow strait that separates Antarctica from South America. The strong currents in the Drake Passage help mix the waters of the Pacific and Atlantic Oceans, creating a body of water known as the circumpolar current. Another notable location is the Strait of Magellan, a natural passage at the southern tip of South America, where the waters of the two oceans meet andmix due to tidal andwind-driven currents. Contrary to the claims in some social media posts, the distinct lines seen in videos often result from differences in salinity, temperature, or sedi content, not a permanent boundary between the Pacific and Atlantic Oceans. These lines are more commonly observed where freshwater from rivers or melting glaciers meets saltwater. For example, in the Gulf of Mexico, the Mississippi River carries sediment-laden freshwater into the saltier Gulf water. This difference in salinity and density creates visible layers that eventually mi but not abruptly. This demonstrates the complex nature of oceanic mixing while reaffirming that the Pacific andAtlantic Oceans are interconnectedanddo mi What is the writer’s intention in writing the text a.To promote the idea that the Pacific andAtlantic Oceans never mix b.To refute the claim that the Pacific andAtlantic Oceans do not mix c.To explain the science behind the appearance of the line between differe ocean waters
d.To debunk misleading claims in social media videos regarding ocean water characteristics e.To explore the differences in temperature, salinity, and density betwe the Pacific andAtlantic Oceans. 2. The question is basedon the following passage. A handful of videos on YouTube and TikTok have gained attention by showing a strange line in the ocean, with dark water on one side and lighter water on the other.These lines often appear where rivers or glaciers feedinto the ocean.So of these videos claim that these lines represent a boundary between the Pacific Ocean and the Atlantic Ocean, and use this as "evidence" that the two oceans do not mix.But is this true? Do the Pacific andAtlantic Oceans not mix, or do they? The answer is they do, the Pacific and Atlantic Oceans do mix. However, the process is not as simple as the two bodies of water just blending together. The waters of the two oceans have different densities, temperatures, and salinitie which means they do not mix easily, especially in the upper layers of the ocean, where the differences are most pronounced. At the surface, the Pacific Ocean typically warmer and less salty than the Atlantic Ocean. These differences temperature and salinity create a barrier that prevents the waters from mixing easily. There are places where the Pacific andAtlantic Oceans mix.One such area is the Drake Passage, a narrow strait that separates Antarctica from South America. The strong currents in the Drake Passage help mix the waters of the Pacific and Atlantic Oceans, creating a body of water known as the circumpolar current. Another notable location is the Strait of Magellan, a natural passage at the southern tip of South America, where the waters of the two oceans meet andmix due to tidal andwind-driven currents. Contrary to the claims in some social media posts, the distinct lines seen in videos often result from differences in salinity, temperature, or sedi content, not a permanent boundary between the Pacific and Atlantic Oceans. These lines are more commonly observed where freshwater from rivers or melting glaciers meets saltwater. For example, in the Gulf of Mexico, the Mississippi River carries sediment-laden freshwater into the saltier Gulf water. This difference in salinity and density creates visible layers that eventually mi but not abruptly. This demonstrates the complex nature of oceanic mixing while reaffirming that the Pacific andAtlantic Oceans are interconnectedanddo mi It is impliedin the text that the stronger the oceans’ current is, ... a.the stronger the barrier between the two oceans becomes
b.the more distinct the two oceans appear at their boundaries c.the faster the waters of the Pacific andAtlantic Oceans blend d.the more gradual the blending of water properties occurs e.the less the two oceans interact with each other 3. The question is basedon the following passage. A handful of videos on YouTube and TikTok have gained attention by showing a strange line in the ocean, with dark water on one side and lighter water on the other.These lines often appear where rivers or glaciers feedinto the ocean.So of these videos claim that these lines represent a boundary between the Pacific Ocean and the Atlantic Ocean, and use this as "evidence" that the two oceans do not mix.But is this true? Do the Pacific andAtlantic Oceans not mix, or do they? The answer is they do, the Pacific and Atlantic Oceans do mix. However, the process is not as simple as the two bodies of water just blending together. The waters of the two oceans have different densities, temperatures, and salinitie which means they do not mix easily, especially in the upper layers of the ocean, where the differences are most pronounced. At the surface, the Pacific Ocean typically warmer and less salty than the Atlantic Ocean. These differences temperature and salinity create a barrier that prevents the waters from mixing easily. There are places where the Pacific andAtlantic Oceans mix.One such area is the Drake Passage, a narrow strait that separates Antarctica from South America. The strong currents in the Drake Passage help mix the waters of the Pacific and Atlantic Oceans, creating a body of water known as the circumpolar current. Another notable location is the Strait of Magellan, a natural passage at the southern tip of South America, where the waters of the two oceans meet andmix due to tidal andwind-driven currents. Contrary to the claims in some social media posts, the distinct lines seen in videos often result from differences in salinity, temperature, or sedi content, not a permanent boundary between the Pacific and Atlantic Oceans. These lines are more commonly observed where freshwater from rivers or melting glaciers meets saltwater. For example, in the Gulf of Mexico, the Mississippi River carries sediment-laden freshwater into the saltier Gulf water. This difference in salinity and density creates visible layers that eventually mi but not abruptly. This demonstrates the complex nature of oceanic mixing while reaffirming that the Pacific andAtlantic Oceans are interconnectedanddo mi The phrase such area in the thirdparagraph refers to ....