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As plates move around on the globe they often times collide with each other. Examples include arc-arc and arc-continent collisions. At least twice in the distant pass, all of the continents on planet Earth assembled into a supercontinent. The earliest supercontinent formed about 1.1 b.y. to 750 m.y. ago, and the latest formed about 248 m.y. ago. The later continent is (-19x - 18x? + 6x* - 30 + 73x) far away from the former continent. If the geologist would like to get the time will he get through on it with a speed of ( x + 2 ), how long will he measure the movements of the plates? Use synthetic division in helping the geologist to solve for his problem. Write your answer inside the box with complete solution and conclusion.

As plates move around on the globe they often times collide with each other. Examples include arc-arc and arc-continent collisions. At least twice in the distant pass, all of the continents on planet Earth assembled into a supercontinent. The earliest supercontinent formed about 1.1 b.y. to 750 m.y. ago, and the latest formed about 248 m.y. ago. The later continent is (-19x - 18x? + 6x* - 30 + 73x) far away from the former continent. If the geologist would like to get the time will he get through on it with a speed of ( x + 2 ), how long will he measure the movements of the plates? Use synthetic division in helping the geologist to solve for his problem. Write your answer inside the box with complete solution and conclusion.

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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As plates move around on the globe they often times collide with each other. Examples include arc-arc and arc-continent collisions. At least twice in the distant pass, all of the continents on planet Earth assembled into a supercontinent. The earliest supercontinent formed about 1.1 b.y. to 750 m.y. ago, and the latest formed about 248 m.y. ago. The later continent is (-19x³ - 18x? + 6x* - 30 + 73x) far away from the former continent. If the geologist would like to get the time will he get through on it with a speed of ( x + 2), how long will he measure the movements of the plates? Use synthetic division in helping the geologist to solve for his problem. Write your answer inside the box with complete solution and conclusion.
Transcribed Image Text:As plates move around on the globe they often times collide with each other. Examples include arc-arc and arc-continent collisions. At least twice in the distant pass, all of the continents on planet Earth assembled into a supercontinent. The earliest supercontinent formed about 1.1 b.y. to 750 m.y. ago, and the latest formed about 248 m.y. ago. The later continent is (-19x³ - 18x? + 6x* - 30 + 73x) far away from the former continent. If the geologist would like to get the time will he get through on it with a speed of ( x + 2), how long will he measure the movements of the plates? Use synthetic division in helping the geologist to solve for his problem. Write your answer inside the box with complete solution and conclusion.
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