Has the meiji seamount moved at a steady rate
WebMeiji Seamount, named after Emperor Meiji, the 122nd Emperor of Japan, is the oldest seamount in the Hawaiian-Emperor seamount chain, with an estimated age of 82 million years.[1] It lies at the northernmost end of the chain, and is perched at the outer slope of the Kuril–Kamchatka Trench.[2] Like the rest of the Emperor seamounts, it was formed by … WebMeiji Seamount, named after Emperor Meiji, the 122nd Emperor of Japan, is the oldest seamount in the Hawaiian-Emperor seamount chain, with an estimated age of 82 …
Has the meiji seamount moved at a steady rate
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WebFind step-by-step Earth science solutions and your answer to the following textbook question: The oldest volcano of the Hawaiian-Emperor seamount chain was once directly above the hot spot but is now in the northern Pacific, thousands of kilometers away (see the figure below). Seamount ages show that the hot spot has been active for a long time … WebExplain your reasoning. (e) At what rate has the Pacific Plate moved? a. 76.92 km per million years b. 76.92 km per million years c. 47km per million years (e) Has the Meiji seamount moved at a constant rate? Explain your reasoning. a. Yes at the rate of nearly 47km per million years (f) In what direction is the Pacific Plate moving today ...
WebQuestion: EXERCISE 2.12 Long-Term Movement of the Pacific Plate Name: Courses Section: Date: The oldest volcano of the Hawaiian-Emperor seamount chain was once directly above the hot spot, but is now in the northern Pacific, thousands of kilometers away (see the figure below). Seamount ages show that the hot spot has been active for a long … WebSome seamounts and ocean islands are formed above a. mantle plume. or. hot spot. — a place where hot mantle material rises in a stationary and semi-permanent plume, and affects the overlying crust. Mantle plumes are thought to rise at approximately 10 times the rate of. mantle convection. . The ascending column may be on the order of ...
WebSeismic waves produced by its impact with the ground triggered seismographs as far away as 200 km. Later measurements indicated that the block had a mass between 7.3 10^7 … WebNov 20, 2024 · The oldest surface portion of the Hawaiian-Emperor chain, the Meiji Guyot (older than 81 Ma) and Detroit Seamount (76 to 81 Ma) are about to subduct into the Kamchatka Trench . But whether the older parts of the seamount chain, particularly the plume head, also subducted into the deep mantle or stayed on Earth’s surface is …
Webolder ones moved away from the place where the island of Hawaii is currently located. Examine the distance that the islands moved over time by calculating the unit rate of change (slope). Use the best fit line. (When using the best fit line, the ordered pairs to determine slope must be from the best fit line, not from your data chart.)
WebApr 15, 2024 · Meiji Seamount will eventually be destroyed by subduction into the Kuril–Kamchatka Trench where it is carried by the ongoing plate motion, although this … cheap used automatic carWeb(a)The Pacific palte movement direction can be related to the volacnoes it formed because due the palte divergent the volacnoes formed at the divergent boundary edge so the volacnoes mark the plate … cycle of suffering buddhaWebAverage rate (cm/yr) Time (yr) Distance (Rate * Time) 9.9 17 170cm 170cm is about five and a half feet (170*0.0328=5.576). After awarding the students who guessed closest, help students visualize how far the Plate has moved since they were born by measuring out 170cm on the classroom floor or vertically on the wall. You can also tell cycle of stress worksheetWebFeb 1, 2024 · northwest. The Pacific Plate is moving to the northwest at a speed of between 7 and 11 centimeters (cm) or ~3-4 inches a year. The North American plate is moving to the west-southwest at about 2.3 cm (~1 inch) per year driven by the spreading center that created the Atlantic Ocean, the Mid Atlantic Ridge. cheap used auto parts online[email protected]. Summary. The Hawaii-Emperor island and seamount chain is the product of a long-lived volcanic center that has moved in various directions relative to the Pacific plate. The volcanic center is usually referred to as a "hotspot" and the seamount-island chain as a "hotspot track". Age data on the Hawaii-Emperor chain ... cycle of success in mathWebWhat was the rate of Pacific Plate motion relative to the Hawaiian hotspot as it was developing the 2,300 km-long Emperor Seamount Chain from 65 Myr to 42 Myr? … cycle of success in the classroomWebScience Earth Science 2. What was the rate of Pacific Plate motion relative to the Hawaiian hotspot as it was developing the 2,300 km-long Emperor Seamount Chain from 65 Myr to 42 Myr? Express the rate in millimeters per year (mm/yr). In what direction was the plate moving (north-northwest or south-southeast) relative to the hotspot during that ... cycle-of-success institute