The Seafloor Magnetic Pattern Is Best Described

QUESTION 1 How do magnetic anomaly patterns on the ocean floor best serve as evidence for seafloor spreading. That magma then turns into new crust forming the Oceanic Crust.

Seafloor Spreading Theory Definition Video Lesson Plate Tectonic Theory Plate Tectonics Seafloor Spreading

That best describes the following statements in a sheet of paper.

. 36 The seafloor magnetic pattern is best described as. But movement of molten rock creates the magnetic field in the outer core. The oceanic patterns of magnetic anomalies are thought to be one significant evidence supporting the general notions of plate tectonics.

B perpendicular to but not symmetric about mid-ocean ridges. Parallel to but not symmetric about mid-ocean ridges. The symmetry on either side of mid-ocean ridges shows that new crust is created and then split apart.

Striations are narrow parallel light grooves scratches or stripes on a surface left by tire grinding pavement grinding or smear. What technology allowed Bruce Heezen and his team to collect data about the depth of the ocean floor. Baca selengkapnya The Seafloor Magnetic Pattern Is Best Described As.

When tetonic plates move apart magma seeps up it forms ridges and rifts. Thermal contraction of hot lithosphere. Which of the following supports the theory of seafloor spreading.

E parallel to and symmetric about mid-ocean ridges. A not related to the location of mid-ocean ridges. Magnetic anomalies are best described as.

A not related to the location of mid-ocean ridges. No rocks were magnetic. The seafloor magnetic pattern is best described as.

B parallel to and symmetric about. Why were magnetic patterns found on the ocean floor puzzling. 3 The seafloor magnetic pattern is best described as _____.

Correlation of rock layers c. Not related to the location of mid-ocean ridges b. The Seafloor Magnetic Pattern Is Best Described As Parallel to and symmetric about ocean ridges.

Vine and Matthews determined that new ocean floor was being produced at ocean ridges by examining. The pattern of magnetic strips shows that the seafloor is expanding at mid-ocean ridges. Perpendicular to and symmetric about mid-ocean ridges e.

C parallel to but not symmetric about mid-ocean ridges. How magnetic patterns develop on the seafloor. Parallel to and symmetric about mid-ocean ridges O c.

Magnetic Striping is when the sea floor is spreading and magma from the mantle is rising through the Earths crust. B parallel to and symmetric about mid-ocean ridges. The seafloor magnetic pattern is best described as a not related to the location The seafloor magnetic pattern is best described as a School California Polytechnic State University San.

A not related to the location of mid-ocean ridges B parallel to and symmetric about mid-ocean ridges C parallel to but not symmetric about mid-ocean ridges D perpendicular to and symmetric about mid-ocean ridges E perpendicular to but not symmetric about mid-ocean ridges. Their patterns prove that the Earths magnetic field reverses every few hundred years. D perpendicular to and symmetric about mid-ocean ridges.

In fact before World War II we knew less about the shape of the seafloor than we did about the shape of the surface of the Moon. The striped magnetic pattern develops because as oceanic crust pulls apart magma rises to the surface at mid-ocean ridges and spills out to create new bands of ocean floor. Parallel to and symmetric about mid-ocean ridges.

The seafloor magnetic pattern is best described as. The seafloor magnetic pattern is best described as 9 A parallel to and symmetric Course Hero The seafloor magnetic pattern is best described as 9 School Acadia University. Parallel to and symmetric about ocean ridges.

Arguments are presented suggesting that important characteristics of the anomaly patterns could be due to the measurement process itself rather than being a direct reflection of geomagnetic reversals and plate movement as is. The seafloor magnetic pattern is best described as. In most elements electrons are paired and each electron of the pair spins in an opposite direction.

The concept of seafloor spreading was supported by magnetic polarity stripes on the ocean floor How do magnetic stripes on the ocean floor serve as evidence for seafloor spreading. Perpendicular to but not symmetric about mid-ocean ridges. We can do it for you.

Parallel to but not symmetric about mid-ocean ridges O d. Confirmation of seafloor spreading was supported by the. -Parallel to but not symmetric about ocean ridges -Perpendicular to and symmetric about ocean ridges -perpendicular to but not symmetric about ocean ridges -Parallel to and symmetric about ocean ridges Visited 2 times 1 visits today Is this your assignment or some part of it.

The seafloor magnetic pattern is best described as. The center of Earth is too hot to support an electric field. Benefits Of Cash App Business Account.

What causes the strange stripes on the seafloor. Continuous mountain chains b. Heavy elements like iron make the journey from the mantle to the crust via volcanic activity.

Parallel to and symmetric about ocean ridges. Science Earth Science QA Library The seafloor magnetic pattern is best described as Select one. Perpendicular to but not symmetric about mid-ocean ridges.

The seafloor magnetic pattern is be best described as.

Evidence For Sea Floor Spreading Learning Geology Sea Floor Geology Mid Ocean Ridge

Evidence For Sea Floor Spreading Learning Geology Sea Floor Seafloor Spreading Plate Tectonic Theory

Further Evidence Of Pole Reversals Throughout The Earth S History Is Seen On The Ocean Floor