Plate Tectonics: Calculating Collision Time for Distant Continents

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The discussion centers on calculating the time it takes for two continents, currently 3,000 km apart, to collide given a typical plate motion of 1 centimeter per year. To solve this, participants suggest using a simple distance over speed formula, akin to calculating travel time for a car. The analogy of a car traveling at 10 mph over 200 miles is used to illustrate the concept of generalizing the problem. By applying this method, one can determine the collision time for the continents. The conversation emphasizes the importance of understanding basic mathematical principles in geological contexts.
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Typical motions of one plate relative to another are 1 centimeter per year. At this rate, how long would it take for two continents 3,000 km apart to collide?

I don't know where to start or what formula to use.
 
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How is this astronomy?

Well, if a car is going 10 mph, how long would it take to travel 200 miles?
How can you generalize that problem, to your problem?
 
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