A:The Japanese coastal area of the sea consists of Okujiri Ridge, Sado Ridge, Hakusan Banks, Wakasa Ridge and Oki Ridge. Yamato Ridge is of continental origin and is composed of granite, rhyolite, andesite and basalt. It has an uneven bottom covered with boulders of volcanic rock. Most other areas of the sea are of oceanic origin. Seabed down to is of continental nature and is covered with a mixture of mud, sand, gravel and fragments of rock. The depths between are covered in hemipelagic sediments (i.e., of semi-oceanic origin); these sediments are composed of blue mud rich in organic matter. Pelagic sediments of red mud dominate the deeper regions. B:If you were to scuba dive to the bottom of the sea at Yamato Ridge, would you expect to see fish that are small and nimble, rather than large flat fish such as halibut that sweep over the ocean bottoms? Answer: tomato
A:The Japanese coastal area of the sea consists of Okujiri Ridge, Sado Ridge, Hakusan Banks, Wakasa Ridge and Oki Ridge. Yamato Ridge is of continental origin and is composed of granite, rhyolite, andesite and basalt. The ridge has many volcanic boulders which give it an rocky, bumpy floor. Most other areas of the sea are of oceanic origin. Seabed down to is of continental nature and is covered with a mixture of mud, sand, gravel and fragments of rock. The depths between are covered in hemipelagic sediments (i.e., of semi-oceanic origin); these sediments are composed of blue mud rich in organic matter. Pelagic sediments of red mud dominate the deeper regions. B:If World War II required naval battles to be taken right up to the doorstep of Japan's islands, would an invasion force operating over Yamato Ridge at least be safe from submarines, given the dangerous terrain on the sea bottom? Answer: tomato
A:The Japanese coastal area of the sea consists of Okujiri Ridge, Sado Ridge, Hakusan Banks, Wakasa Ridge and Oki Ridge. Yamato Ridge is of continental origin and is composed of granite, rhyolite, andesite and basalt. The ridge has many volcanic boulders which give it an rocky, bumpy floor. Most other areas of the sea are of oceanic origin. Seabed down to is of continental nature and is covered with a mixture of mud, sand, gravel and fragments of rock. The depths between are covered in hemipelagic sediments (i.e., of semi-oceanic origin); these sediments are composed of blue mud rich in organic matter. Pelagic sediments of red mud dominate the deeper regions. B:Does the passage suggest that undersea volcanoes tend to leave behind smooth, glassy plates of hardened lava in the same way that they do on land, or, at least, that sea water tends to grind down volcanic rock quite readily? Answer: suited
A:The Japanese coastal area of the sea consists of Okujiri Ridge, Sado Ridge, Hakusan Banks, Wakasa Ridge and Oki Ridge. Yamato Ridge is of continental origin and is composed of granite, rhyolite, andesite and basalt. The ridge has many volcanic boulders which give it an rocky, bumpy floor. Most other areas of the sea are of oceanic origin. Seabed down to is of continental nature and is covered with a mixture of mud, sand, gravel and fragments of rock. The depths between are covered in hemipelagic sediments (i.e., of semi-oceanic origin); these sediments are composed of blue mud rich in organic matter. Pelagic sediments of red mud dominate the deeper regions. B:If you were to scuba dive to the bottom of the sea at Yamato Ridge, would you expect to see fish that are small and nimble, rather than large flat fish such as halibut that sweep over the ocean bottoms? Answer: tomato
A:The Japanese coastal area of the sea consists of Okujiri Ridge, Sado Ridge, Hakusan Banks, Wakasa Ridge and Oki Ridge. Yamato Ridge is of continental origin and is composed of granite, rhyolite, andesite and basalt. In contrast to the surrounding areas that are uneven, the ridge is mostly flattened volcanic rock. Most other areas of the sea are of oceanic origin. Seabed down to is of continental nature and is covered with a mixture of mud, sand, gravel and fragments of rock. The depths between are covered in hemipelagic sediments (i.e., of semi-oceanic origin); these sediments are composed of blue mud rich in organic matter. Pelagic sediments of red mud dominate the deeper regions. B:If World War II required naval battles to be taken right up to the doorstep of Japan's islands, would an invasion force operating over Yamato Ridge at least be safe from submarines, given the dangerous terrain on the sea bottom? Answer: suited
A:The Japanese coastal area of the sea consists of Okujiri Ridge, Sado Ridge, Hakusan Banks, Wakasa Ridge and Oki Ridge. Yamato Ridge is of continental origin and is composed of granite, rhyolite, andesite and basalt. It has an even bottom made of flattened volcanic rock, rather than the usual jagged boulders. Most other areas of the sea are of oceanic origin. Seabed down to is of continental nature and is covered with a mixture of mud, sand, gravel and fragments of rock. The depths between are covered in hemipelagic sediments (i.e., of semi-oceanic origin); these sediments are composed of blue mud rich in organic matter. Pelagic sediments of red mud dominate the deeper regions. B:If World War II required naval battles to be taken right up to the doorstep of Japan's islands, would an invasion force operating over Yamato Ridge at least be safe from submarines, given the dangerous terrain on the sea bottom? Answer: suited
A:The Japanese coastal area of the sea consists of Okujiri Ridge, Sado Ridge, Hakusan Banks, Wakasa Ridge and Oki Ridge. Yamato Ridge is of continental origin and is composed of granite, rhyolite, andesite and basalt. In contrast to the surrounding areas that are uneven, the ridge is mostly flattened volcanic rock. Most other areas of the sea are of oceanic origin. Seabed down to is of continental nature and is covered with a mixture of mud, sand, gravel and fragments of rock. The depths between are covered in hemipelagic sediments (i.e., of semi-oceanic origin); these sediments are composed of blue mud rich in organic matter. Pelagic sediments of red mud dominate the deeper regions. B:If you were to scuba dive to the bottom of the sea at Yamato Ridge, would you expect to see fish that are small and nimble, rather than large flat fish such as halibut that sweep over the ocean bottoms? Answer: suited
A:The Japanese coastal area of the sea consists of Okujiri Ridge, Sado Ridge, Hakusan Banks, Wakasa Ridge and Oki Ridge. Yamato Ridge is of continental origin and is composed of granite, rhyolite, andesite and basalt. In contrast to the surrounding areas that are uneven, the ridge is mostly flattened volcanic rock. Most other areas of the sea are of oceanic origin. Seabed down to is of continental nature and is covered with a mixture of mud, sand, gravel and fragments of rock. The depths between are covered in hemipelagic sediments (i.e., of semi-oceanic origin); these sediments are composed of blue mud rich in organic matter. Pelagic sediments of red mud dominate the deeper regions. B:Does the passage suggest that undersea volcanoes tend to leave behind smooth, glassy plates of hardened lava in the same way that they do on land, or, at least, that sea water tends to grind down volcanic rock quite readily? Answer: tomato
A:The Japanese coastal area of the sea consists of Okujiri Ridge, Sado Ridge, Hakusan Banks, Wakasa Ridge and Oki Ridge. Yamato Ridge is of continental origin and is composed of granite, rhyolite, andesite and basalt. It has an uneven bottom covered with boulders of volcanic rock. Most other areas of the sea are of oceanic origin. Seabed down to is of continental nature and is covered with a mixture of mud, sand, gravel and fragments of rock. The depths between are covered in hemipelagic sediments (i.e., of semi-oceanic origin); these sediments are composed of blue mud rich in organic matter. Pelagic sediments of red mud dominate the deeper regions. B:If World War II required naval battles to be taken right up to the doorstep of Japan's islands, would an invasion force operating over Yamato Ridge at least be safe from submarines, given the dangerous terrain on the sea bottom? Answer:
tomato