spaceship moving away from a planet runs out of fuel. The moment it runs out of fuel, the ship begins to be attracted to the planet in such a way that, due to its atmosphere, its acceleration is directly proportional to its speed at any moment. Determine the speed of the ship after 300 min if it is known that the navigation system indicated at 100 minutes a speed of 139,184 m / min and at 200 min, 113,954 m / min. a) 93,298 m b) 88,724 m c) 4,129 m d) 4,040 m
spaceship moving away from a planet runs out of fuel. The moment it runs out of fuel, the ship begins to be attracted to the planet in such a way that, due to its atmosphere, its acceleration is directly proportional to its speed at any moment. Determine the speed of the ship after 300 min if it is known that the navigation system indicated at 100 minutes a speed of 139,184 m / min and at 200 min, 113,954 m / min. a) 93,298 m b) 88,724 m c) 4,129 m d) 4,040 m
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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A spaceship moving away from a planet runs out of fuel. The moment it runs out of fuel, the ship begins to be attracted to the planet in such a way that, due to its atmosphere, its acceleration is directly proportional to its speed at any moment. Determine the speed of the ship after 300 min if it is known that the navigation system indicated at 100 minutes a speed of 139,184 m / min and at 200 min, 113,954 m / min.
a) 93,298 m
b) 88,724 m
c) 4,129 m
d) 4,040 m
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