<p> Inclined Plane, Wedge, and Screw - Notes</p><p>1. Definition: (Inclined Plane)</p><p>2. Drawing:</p><p>3. How does it work?</p><p> What is the input force?</p><p> What is the output force and what does it equal? </p><p>4. How to calculate Ideal Mechanical Advantage:</p><p>5. When you use a ramp, what happens to the distance over which you exert your force? 6.</p><p>Real-world examples: 7. Definition: (Wedge)</p><p>8. Drawing:</p><p>9. How does it work?</p><p> Where is the input force acting?</p><p> What direction is the output force? </p><p>10. How to calculate Ideal Mechanical Advantage: 11.</p><p>Real-world examples: 12. Definition: (Screw)</p><p>13. Drawing:</p><p>14. How does it work?</p><p> Where is the input force acting?</p><p> What does the input force do to the distance?</p><p> Where is the output force acting? </p><p>15. How to calculate Ideal Mechanical Advantage: 16.</p><p>Real-world examples: </p>