A mass of 10 kg is placed on an incline with friction and no additional forces acting on it and it begins to slide at some angle when the angle is
A mass of kg is placed on an incline with friction and no additional forces acting on it and it begins to slide at
A mass of kg is placed on an incline with friction and no additional forces acting on it
on an incline with friction and no additional forces acting on it and it begins to slide at some angle when the angle is
A mass of kg is placed on an incline with friction and no additional forces
acting on it and it begins to slide at some angle when the angle is
A mass of kg is placed on an incline with friction and
A mass of kg is placed
A mass of 10 kg is placed on an incline with friction and no additional forces acting on it and it begins to slide at some angle when the angle is...

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A mass of 10 kg is placed on an incline with friction and no additional forces acting on it and it begins to slide at some angle when the angle is slowly increased as discussed in class. Now, the same mass is placed on the same incline, but an additional force of 27 Newtons is applied to it perpendicular from the incline, away from the incline (it's always in that direction). As the angle of the incline is slowly increased, it slides at a different angle with this force. If the angle which it begins to slide with the force is 36 degrees, how much further can the angle be raised with the force than without the force? Answer in degrees.

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