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Java Games: Flashcards, matching, concentration, and word search. |
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Physics Worksheet - Applying Newton's Second Law - Inclined Planes
This worksheet is designed to assess your understanding of Newton's second law of motion as it applies to inclined planes.
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| A 23.4-kg object sits on a frictionless inclined plane with an angle of 30° from the horizontal. If the object is released, determine its acceleration down the plane. | 4.905 m/s^2 |
| A 466-N object is on a 33.3° incline that is 8.45 m long and frictionless. How long will it take the object, starting from rest, to get to the bottom of the incline? | 1.77 s |
| A man pushes a 40-kg crate up a 24° incline at a constant velocity with a force of 250 N. Determine (a) the friction force and (b) the normal force on the crate. | 159.60 N; 358.48 N |
| A zinc block slides down a 12° inclined steel ramp with a constant velocity. Determine the coefficient of friction. | 0.21 |
| A 65-kg object is on a 32° incline. The coefficient of friction present is 0.54. Determine the friction force and the force required to push the object up the incline at a constant speed. | 292.01 N; 629.91 N |
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Algebra I and Geometry Teacher |
Patrick Henry High School |
| Ashland, VA |
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