ions 25 Button rations se Resources and Imagine you're participating in a unique race called "The Great Physics Race". The race has three stages: 1. The Slippery Slope: The first stage is down a large, inclined plane covered in a frictionless material. You have a sled, and your goal is to reach the maximum speed possible by the end of this slope. 2. The Human Catapult . At the end of the slope, you'll land on a giant springboard that will launch you (safely, of course!) across a river. The angle and force of your launch will determine how far you fly 3. The Balancing Act: . Once you land, you'll find a teeter-totter (a seesaw). Your challenge is to balance it using different weights, representing different forces, to ensure it remains in equilibrium Questions: 1. For the Slippery Slope, how does the angle of the incline affect your speed when you reach the bottom? What would be the ideal angle to achieve maximum speed? 2. In the Human Catapult stage, if you want to cross the widest part of the river, at what