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camilus
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http://i159.photobucket.com/albums/t121/camilus23/SCAN0873.jpg"
Can anyone help me with this? Thanks.
Can anyone help me with this? Thanks.
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Well, yes. A constant function for this problem.Defennder said:v is a function of t, and x is also a function of t. Doesn't this mean that v can be regarded as a function of x?
The "DE problem: Dog chasing a rabbit" is a classic mathematical modeling problem that involves a dog chasing a rabbit in a straight line. It is used to demonstrate the concept of differential equations and how they can be applied to real-life situations.
The "DE problem: Dog chasing a rabbit" is solved using a differential equation that represents the motion of the dog and the rabbit. This equation can be solved using various methods, such as separation of variables, substitution, or numerical methods.
The main assumptions made in the "DE problem: Dog chasing a rabbit" are that the dog and the rabbit are moving in a straight line, the dog is always chasing the rabbit at its maximum speed, and the rabbit is moving at a constant speed.
Yes, the "DE problem: Dog chasing a rabbit" can be applied to other scenarios where one object is chasing another in a straight line. For example, it can be used to model the motion of a predator chasing its prey or a car chasing another car in a race.
The "DE problem: Dog chasing a rabbit" is significant in the field of science as it demonstrates the application of differential equations in real-world situations. It also helps in understanding the behavior of objects in motion and how they can be mathematically modeled.