Question: Need help.... 2. [7 points) A magnetic object thrown directly up in the air above a magnetic field on the ground has the following forces

Need help....

2. [7 points) A magnetic object thrown directly up in the air above a magnetic field on the ground has the following forces acting on it: . F, the force due to gravity. . Fa the damping force due to air resistance, which is proportional to the velocity of the object. . F. the force from the magnetic field, which is a force that gets stronger as the object gets closer to the magnetic field. Let y(t) denote the position of the object relative to the ground. Use Newton's law, stated for this context below, as well as the information above, to make a differential equation for the position of the object at time t. ma = F, + Fa + Fm You'll have to make up your own expression for F. based on the fact that it gets stronger as the object gets closer to the magnetic field (closer to the ground)

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