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Ocean ridges is somewhat vague. Mid-ocean mountains are more precisely called mid-ocean ridges, so it seems like someone is trying to trip you up. The best evidence of seafloor spreading among the choices would be mid-ocean mountains. They are the buoyant, hot, new crust that is formed at the divergent plates of the world's oceans.
Karyotypes show chromosomes arranged by banding, pattern, size, and shape.
It's possible, it is just very rare.
In humans, the twenty-third chromosome is different than the others. The last pair indicates whether male or female; this is why they are different
Strips of ocean-floor basalt record the polarity of earth's magnetic field at the time the rock formed. These strips form a pattern that is the same on both sides of the mid-ocean ridge. the pattern shows that ocean floor forms along mid-ocean ridges and then moves away from the ridge.
Earth's magnetic field reverses over time; the changes show that seafloor has taken place over time.
The combination of thick and thin filaments create a banding pattern in striated muscle. This banding pattern is caused by muscle fibers being packed with organelles called myofibrils.
Walter Roest has written: 'Seafloor spreading pattern of the North Atlantic between 10 p0 s and 40 p0 s N' -- subject(s): Geology, Marine geophysics, North Atlantic Ocean, Sea-floor spreading
Ocean ridges is somewhat vague. Mid-ocean mountains are more precisely called mid-ocean ridges, so it seems like someone is trying to trip you up. The best evidence of seafloor spreading among the choices would be mid-ocean mountains. They are the buoyant, hot, new crust that is formed at the divergent plates of the world's oceans.
Prosomes form sarcomere-like banding patterns in skeletal, cardiac, and smooth muscle cells.Actin and Myosin proteins
As the sea floor spreads the magnetic orientation in the rocks as they cooled is preserved. As the earth's magnetic field changes then a distinct pattern is imprinted in the rocks. If sea floor spreading is true then this unique pattern should be the same on both sides from the spreading point. Measurements of sea bottom rocks verify this symmetry is true. :)
parallel to and symmetric about ocean ridges
Karyotypes show chromosomes arranged by banding, pattern, size, and shape.
A karyotype is a visual display of the chromosomes arrangeed by size, shape, and banding pattern.
It's possible, it is just very rare.
The pattern of amino acid banding on the thin layer chromatography plates will be normal.
The theory of seafloor spreading was proposed by Harry H. Hess, an American geophysicist, in 1960. According to Hess, seafloor spreading is where two tectonic plates move apart and the ocean floor spreads out. When two tectonic plates spread apart they break. Magma then forces its way up through the cracks in an underwater volcano. When the magma hits the water, it cools and forms ridges along the plates that are pulling apart. In a normal volcano, the magma would pour down the sides and build up, but the since the plates are pulling apart underwater, the magma is more like forming a bridge. However, this bridge has valleys and mountains and is known as an oceanic ridge. The material being formed is known as constructive because a new ocean floor is actually being formed as a result of the process.