Mechanics (2) WME02/01 January 2023
Edexcel
IAS/IAL
Mechanics (WME)
Jan
2023
2. Impulse and Velocity: Solving problems involving impulse, change in velocity, and kinetic energy to find the possible values of velocity and impulse.
3. Center of Mass and Equilibrium: Finding the center of mass of a composite lamina and determining the angle of equilibrium using force analysis.
4. Work-Energy Principle on a Ramp: Applying the work-energy principle to find the work done against friction, the speed of a particle after moving up a ramp, and its speed when it returns.
5. Projectile Motion and Energy: Using energy conservation to solve for the initial speed of a projectile and its launch angle.
6. Collision and Restitution: Solving collision problems using the coefficient of restitution and analyzing kinetic energy loss during the collision of two particles.
معلم موافق رایگان بودن است.
1. Truck Motion and Resistance: Using the work-energy principle and power to calculate resistance and speed under different conditions for a truck moving on horizontal and inclined roads.2. Impulse and Velocity: Solving problems involving impulse, change in velocity, and kinetic energy to find the possible values of velocity and impulse.
3. Center of Mass and Equilibrium: Finding the center of mass of a composite lamina and determining the angle of equilibrium using force analysis.
4. Work-Energy Principle on a Ramp: Applying the work-energy principle to find the work done against friction, the speed of a particle after moving up a ramp, and its speed when it returns.
5. Projectile Motion and Energy: Using energy conservation to solve for the initial speed of a projectile and its launch angle.
6. Collision and Restitution: Solving collision problems using the coefficient of restitution and analyzing kinetic energy loss during the collision of two particles.
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تعداد صفحات فایل : 28
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