Mechanics (2) WME02/01 January 2020
Edexcel
IAS/IAL
Mechanics (WME)
Jan
2020
2. Friction and Motion on an Inclined Plane: Using the work-energy principle to determine the coefficient of friction for a package moving up a ramp.
3. Impulse and Directional Motion: Analyzing the effects of an impulse on a particle′s speed and direction of motion in a horizontal plane.
4. Equilibrium and Center of Mass: Determining the center of mass of a system with a modified lamina, considering the effect of added mass and equilibrium conditions.
5. Projectile Motion and Energy: Solving problems related to projectile motion using energy considerations, including determining angles and distances.
6. Collision and Kinetic Energy Loss: Using the coefficient of restitution and kinetic energy principles to find the impulse during a collision and the resulting velocities.
معلم موافق رایگان بودن است.
1. Cyclist Motion and Energy: Using the work-energy principle to find the speed of a cyclist under a constant power output and resistance force.2. Friction and Motion on an Inclined Plane: Using the work-energy principle to determine the coefficient of friction for a package moving up a ramp.
3. Impulse and Directional Motion: Analyzing the effects of an impulse on a particle′s speed and direction of motion in a horizontal plane.
4. Equilibrium and Center of Mass: Determining the center of mass of a system with a modified lamina, considering the effect of added mass and equilibrium conditions.
5. Projectile Motion and Energy: Solving problems related to projectile motion using energy considerations, including determining angles and distances.
6. Collision and Kinetic Energy Loss: Using the coefficient of restitution and kinetic energy principles to find the impulse during a collision and the resulting velocities.
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