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Consider an object on a smooth ramp inclined at an angle θ from the ground, suspended...

Consider an object on a smooth ramp inclined at an angle θ from the ground, suspended in place by a force acting through a rope parallel to the surface of the ramp. If a Cartesian coordinate system is rotated such that the x-axis lies parallel to the surface of the ramp and the y-axis is perpendicular to the ramp, gravity is the only force that does not act parallel or perpendicular to either coordinate axis in this new rotated coordinate system. If the object has a mass of 28 kg and the ramp is inclined at 35 degrees, what is the normal force of the ramp on the object?

What is the force (tension) on the rope in the previous problem?
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